Credit Ratings, Research, Tools And Analysis For The Global Capital Markets

Russia’s invasion of Ukraine is taking a massive human toll, has put global democracies on the defensive, and poses a serious threat to the global economy.

In this webinar, we will assess the macroeconomic consequences of the crisis under different scenarios as to how events will unfold.

Moody’S Investors Service

Moody’s Investors Service, often referred to as Moody’s, is the bond credit rating business of Moody’s Corporation, representing the company’s traditional line of business and its historical name.

Moody’s Investors Service rates debt securities in several bond market segments.

In Moody’s Investors Service’s ratings system, securities are assigned a rating from Aaa to C, with Aaa being the highest quality and C the lowest quality.

According to Moody’s, the purpose of its ratings is to “Provide investors with a simple system of gradation by which future relative creditworthiness of securities may be gauged”.

While Moody acknowledged that the concept of bond ratings “Was not entirely original” with him-he credited early bond rating efforts in Vienna and Berlin as inspiration-he was the first to publish them widely, in an accessible format.

In June 2013, Moody’s Investor Service has warned that Thailand’s credit rating may be damaged due to an increasingly costly rice-pledging scheme which lost 200 billion baht in 2011-2012.

In March 2013 Moody’s Investors Service published their report entitled Cash Pile Grows 10% to $1.45 Trillion; Overseas Holdings Continue to Expand in their Global Credit Research series, in which they examined companies they rate in the US non-financial corporate sector.

Sundar Pichai

Pichai Sundararajan, better known as Sundar Pichai, is an Indian-born American business executive.

Following a short stint at the management consulting firm McKinsey & Co., Pichai joined Google in 2004, where he led the product management and innovation efforts for a suite of Google’s client software products, including Google Chrome and Chrome OS, as well as being largely responsible for Google Drive.

Pichai joined Google in 2004, where he led the product management and innovation efforts for a suite of Google’s client software products, including Google Chrome and Chrome OS, as well as being largely responsible for Google Drive.

While noting that the manifesto raised a number of issues that are open to debate, Pichai said in a memo to Google employees that “To suggest a group of our colleagues have traits that make them less biologically suited to that work is offensive and not OK”. In December 2017, Pichai was a speaker at the World Internet Conference in China, where he stated that “a lot of work Google does is to help Chinese companies. There are many small and medium-sized businesses in China who take advantage of Google to get their products to many other countries outside of China.”

In December 2019, Pichai became the CEO of Alphabet Inc. In December 2020, Pichai delivered a speech virtually at the Singapore FinTech Festival emphasizing inclusive digital economy.

In May 2021, Pichai talked about technology and AI with Marques Brownlee aka MKBHD. On December 11, 2018, Sundar Pichai was questioned by the U.S. House Judiciary Committee on a range of Google-related issues such as possible political bias on Google’s platforms, the company’s alleged plans for a “Censored search app” in China, and its privacy practices.

Pichai is married to Anjali Pichai and has two children.

Biography, Google, & Facts

Sundar Pichai, in full Pichai Sundararajan,, Indian-born American executive who was CEO of both Google, Inc., and its holding company, Alphabet Inc.As a boy growing up in Madras, Pichai slept with his brother in the living room of the cramped family home, but his father, an electrical engineer at the British multinational GEC, saw that the boys received a good education.

Following a short stint at the management consulting firm McKinsey & Co., Pichai joined Google in 2004 as the head of product management and development.

He initially worked on the Google Toolbar, which enabled those using the Microsoft Internet Explorer and Mozilla Firefox Web browsers to easily access the Google search engine.

Over the next few years, he was directly involved in the development of Google’s own browser, Chrome, which was released to the public in 2008.

By 2012 he was a senior vice president, and two years later he was made product chief over both Google and the Android smartphone operating system.

In 2011 Pichai reportedly was aggressively pursued for employment by microblogging service Twitter, and in 2014 he was touted as a possible CEO for Microsoft, but in both instances he was granted large financial packages to remain with Google.

When Google cofounders Larry Page and Sergey Brin announced the creation of Alphabet Inc., in August 2015, it came as no surprise to industry insiders that Pichai was named CEO of Google, which was reorganized as a subsidiary.

Facts, Childhood, Family Life & Achievements

The toolbar gave users of Internet Explorer and Firefox easy access to Google search.

The success of Google’s toolbar gave Pichai the idea that Google should develop its own browser.

Pichai persevered and convinced the co-founders of Google, Larry Page and Sergey Brin, to launch Google’s own browser.

Pichai played a pivotal role in the ultimate launch of the browser, Google Chrome, in 2008.

Chrome proved to be a great success as it allowed the users to directly access Google’s search engine.

In 2015, Google formed a company, Alphabet Inc., to serve as a holding company and conglomerate to own the subsidiaries that were previously owned by Google, including a new “Slimmed down” version of Google itself.

In February 2016, he was awarded 273,328 shares of Google’s holding company Alphabet, which led to a rise in his net worth.

En la carta que publicaron anunciándolo, explicaron que Alphabet ya se ha establecido, mientras Google se está consolidando como empresa independiente, y que por ello no es necesario tener dos CEO por separado.

Por su parte, Pichai, de 47 años, dijo que Page y Brin habían sentado “Una fuerte base” sobre la que él esperaba “Seguir construyendo”.

Resulta, pues, curioso que Pichai no tuvo ningún teléfono hasta que no cumplió los 12 años.

“Solía llegar a casa y contarle mucho sobre mi día de trabajo y los retos que afrontaba”, dijo Regunatha Pichai a Bloomberg, y añadió que Sundar tenía un talento notable para recordar números de teléfono.

Su programa AlphaGo consiguió vencer al campeón mundial del milenario juego de mesa asiático Go y provocó que un campeón de este juego se retirara porque sentía que contra la inteligencia artificial no se podía competir.

Y en octubre, el programa AlphaStar había alcanzado el liderazgo de la tabla de uno de los eSport más populares, Starcraft 2.Ahora, se espera que tanto AlphaStar como otros proyectos ayuden a que otras herramientas de inteligencia artificial beneficien a la humanidad. Fuente de la imagen, Wing.Wing es el servicio de drones de Alphabet.

Wing dijo que las críticas y comentarios habían sido “Valiosos” y que esperaban que “El diálogo continúe”.

Fortescue Metals Group Stock Forecast, Price & News

Fortescue Metals Group Limited engages in the exploration, development, production, processing, and sale of iron ore in Australia, China, and internationally.

The company owns and operates the Chichester Hub that includes the Cloudbreak and Christmas Creek mines located in the Chichester ranges; and the Solomon Hub comprising the Firetail and Kings Valley mines located in the Hamersley ranges of Pilbara, Western Australia.

It is also developing the Eliwana mine situated in the Pilbara region of Western Australia.

The company holds a portfolio of properties situated in Ecuador and Argentina.

Fortescue Metals Group Limited was founded in 2003 and is headquartered in East Perth, Australia.

Fortescue Metals Group

Fortescue Metals Group is an Australian iron ore company.

Fortescue’s Exploration team has already delineated more than 2.86 billion t of resource at the Solomon Hub and there are identified exploration prospects targeting up to 5 billion t. In May 2013, Fortescue officially opened its 20-million-tonne-per-annum Firetail mine at Solomon.

In December 2012 Fortescue opened the 129-kilometre Solomon Railway that connects Solomon to Fortescue’s mainline to its port operations.

In December 2012 Fortescue sold a 25% stake to BC Iron Ore for A$190 million and agreed to increase the available capacity to the NJV on Fortescue’s rail and port infrastructure from the existing 5 million tonnes per annum, to 6 mtpa for the life of the joint venture.

In 2017 Fortescue announced they were looking to diversify their portfolio by exploring for metals and minerals in South America and other parts of Australia.

In late 2004 and early 2005, Fortescue chairman and then-CEO Andrew Forrest made a series of announcements that Fortescue had entered into “Binding agreements” with three significant Chinese state-owned entities to build and finance infrastructure for the company.

Fortescue appealed the decision and in 2012 the High Court ruled the Fortescue’s representations of the agreements was “Neither false nor misleading”.

CEOs ‘very optimistic’ about 2022Business leaders are declaring confidence in the economic outlook as people emerge from their homes despite higher costs for fuel and raw materials.

Feb 16, 2022.Pace of power grid transition in disputeCoal power generator and renewables advocates, including Fortescue Future Industries, have clashed on the likely pace of transition in the power grid.

AdvertisementFortescue unveils vast WA renewables hubThe huge wind and solar farm to be built on two pastoral stations would help turn Fortescue into a significant green energy producer and achieve its net zero goals.

Hydrogen-Powered Aircraft

According to research at the Pennsylvania State University in 2006, large commercial hydrogen aircraft could be built by 2020 but “Will probably not enter service until closer to 2040.” In the nearer term, interest has grown in using fuel cell aircraft as personal air vehicles.

Cryogenic liquid hydrogen has a 4.1 times lower energy density, but needs to be cooled at 20 K and kept in insulated but low-pressure tanks; while gaseous hydrogen has a lower energy density, needs high pressure tanks reaching up to 700 bar, often in carbon fiber, but can be kept at usual temperatures.

If hydrogen is available in quantity from low-carbon power such as wind or nuclear, its use in aircraft will produce fewer greenhouse gases than current aircraft.

Currently very little hydrogen is produced using low-carbon energy sources, and there are several serious obstacles to the use of hydrogen in aircraft and other vehicles.

Liquid hydrogen is 4.1 times less dense for the same amount of energy of kerosene based jet-fuel; and storing the liquid hydrogen needs a pressurised tank with a minimal surface for minimal thermal insulation weight, leading towards cylindrical tanks in the fuselage rather than wet wings in conventional aircraft.

As hydrogen specific energy is 2.8 times higher than jet-fuel, an hydrogen aircraft would need 2.8 times less fuel weight for the same range, ignoring the repercussion of added volume and tank weight.

Hydrogen aircraft using a fuel cell design are zero emission in operation, whereas aircraft using hydrogen as a fuel for a jet engine or an internal combustion engine are zero emission for CO2 but not for NOx: the burning of Hydrogen in air leads to the production of NOx.

Are Hydrogen-Powered Aircraft The Future Of Sustainable Aviation?

The possibility of hydrogen-powered planes flying in Europe’s airspace gained momentum when Airbus’ announced in 2020 that zero-emission commercial aircraft based on hydrogen could enter into service by 2035.

“Creating a hydrogen infrastructure will be critical: no infrastructure means no ZEROe aircraft. We will need efforts from energy providers, airports and the entire aviation industry in order to make it possible to refuel our ZEROe aircraft at airports in the future.”

“We have launched a call for interest to put in place the relevant hydrogen infrastructure and create a sizeable market around Paris airports, which can start with the use of hydrogen for trucks, logistics, ground handling and more.”

Hydrogen planes describe an aircraft which is either equipped with hydrogen-powered fuel cells or with hydrogen-based jet engines, or a hybrid of hydrogen turbines and fuel cells.

In the context of hydrogen planes synthetic fuel – or synfuel – also play an important role: While they belong to the group of sustainable aviation fuels, synfuels are not based on biomass but their main source is electricity.

Hydrogen propulsion powered aircraft emit zero CO2 emissions, and demonstrate a 30-50 % reduction in impacts from contrail and cirrus formation, compared to kerosene aircraft, according to a study released by the Clean Sky 2 and Fuel Cells & Hydrogen 2 Joint Undertakings.

Because of its clear environmental benefits when being used, hydrogen is an important part of the solution to meet the 2050 climate neutrality goal of the European Green Deal, which the European Commission underlined when it adopted its EU Hydrogen Strategy in 2020.

Importantly in the context of flight, hydrogen packs a lot of energy per unit of mass – three times more than conventional jet fuel, and more than a hundred times that of lithium-ion batteries.

All three designs are envisaged as hydrogen hybrids, which means they would be powered by gas-turbine engines that burn liquid hydrogen as fuel, and also generate electricity via hydrogen fuel cells.

The great majority of hydrogen used in industry today is created using fossil fuel methane, releasing carbon dioxide as a waste product.

According to these scenarios, the direct use of hydrogen will play only a marginal role, but the game-changer will be what are termed “Sustainable aviation fuels”, or SAFs.

Through these fuels, which are also known as “Power to liquid”, hydrogen could end up playing a key role in aviation after all.

Using direct air capture technology developed by the Swiss company Climeworks to source CO2, and hydrogen produced from water with renewable energy, the Oslo-based company Norsk e-Fuel aims to open what may be the world’s first E fuel industrial plant Herøya, Norway, in 2023, producing 10 million litres of fuel per year for the Norwegian and European markets.

For now, one thing remains almost certain: hydrogen and E fuels are likely to continue to be substantially more expensive than conventional jet fuel for years or decades to come, limiting their role in greening aviation – unless the other costs of aviation come to be weighed differently.

The Future Of Aviation: The Possibility Of A Liquid Hydrogen Plane

Whether in liquid or gaseous form, hydrogen requires special tanks that either keep it at a particular temperature or keep it pressurized.

Using hydrogen and hydrogen tanks will likely result in aircraft designs needing to change as well.

The other huge plus is the possibility of making hydrogen on-site.

Finally, the question of adoption; while using hydrogen is the future we want, and the sooner, the better, implementing it will be difficult.

As mentioned, new aircraft designs will be needed, new infrastructure built, and hydrogen must be easier and cheaper to acquire compared to regular fuel.

While there are challenges, many airlines and aircraft designers are set on making hydrogen the future.

Either way, hydrogen is the future of aircraft fuel.

A Breakthrough For Electric And Hydrogen-Powered Aircraft

Today, the ASCEND demonstrator project by Airbus UpNext aims to mature these technologies to significantly boost the performance of electric- and hybrid-electric propulsion systems in future low-emission aircraft.

Airbus UpNext is looking to change that with its latest ground-based demonstrator project ASCEND. “With the ASCEND demonstrator, we’ll pave the way for a real breakthrough in electric propulsion for future aircraft,” said Sandra Bour Schaeffer, Airbus UpNext CEO.The twin power of cryogenics and superconductivity One of the major challenges of scaling up electric propulsion to larger aircraft is the power-to-weight ratio.

A ground demonstrator to explore the feasibility and application of “Cold” electrical technologies for low-emission aircraft propulsion.

“With the ASCEND demonstrator, we’ll adapt ground-based cryogenic and superconducting technologies to a fully electric powertrain to confirm their potential at aircraft level,” explains Ludovic Ybanez, head of the ASCEND demonstrator.

This is a key consideration, as increasing the power of current electrical aircraft systems from a few hundredkW to the MW required for a fully electric aircraft is no easy feat.

The ASCEND demonstrator will thus complement this research by providing additional insight into how cryogenic and superconducting technologies can support an ultra-efficient electric- and/or hybrid-electric propulsion system for future aircraft.

“With the ASCEND demonstrator, we’ll pave the way for a real breakthrough in electric propulsion for future aircraft,” said Bour Schaeffer.

High Performance Liquid Chromatography

Developed a modified, rapid, and precise RP-HPLC method with PDA detection for the determination of the macrolide antibiotic tylosin in liquid samples.

11.10.5 Denaturing high-performance liquid chromatographyDenaturing high-performance liquid chromatography is a unique method that is widely employed in both polymorphism discovery and genotype determinations.

Some of the limitations of HPLC include that the analysis can be very time consuming, potentially taking an entire day to complete a single sample despite providing an optimal protein coverage in complex samples.

The liquid was refluxed to boiling and left for 1-2 h. Before being introduced, the sample was deoxidized in pure nitrogen for 10 min.

Liquid chromatography-mass spectrometry usually requires extensive sample preparation and is expensive.

The mobile phase used was water containing ammonium formate with formic acid as solvent A and methanol as solvent B. Sample analysis was carried out after two or three transitions per sample.

According to the results, the method can be applied efficiently to identify naringenin in biological samples and pharmaceutical formulations.

High-Performance Liquid Chromatography

HPLC is distinguished from traditional liquid chromatography because operational pressures are significantly higher, while ordinary liquid chromatography typically relies on the force of gravity to pass the mobile phase through the column.

A typical gradient profile in reversed phase chromatography might start at 5% acetonitrile and progress linearly to 95% acetonitrile over 5-25 minutes.

Gas chromatography at the time was more powerful than liquid chromatography it was believed that gas phase separation and analysis of very polar high molecular weight biopolymers was impossible.

Partition chromatography uses a retained solvent, on the surface or within the grains or fibers of an “Inert” solid supporting matrix as with paper chromatography; or takes advantage of some coulombic and/or hydrogen donor interaction with the stationary phase.

Recently, partition chromatography has become popular again with the development of Hilic bonded phases which demonstrate improved reproducibility, and due to a better understanding of the range of usefulness of the technique.

Aqueous normal-phase chromatography is a chromatographic technique which encompasses the mobile phase region between reversed-phase chromatography and organic normal phase chromatography.

The driving force in reversed phase chromatography originates in the high order of the water structure.

High Performance Liquid Chromatography Explained

Column liquid chromatography is the most powerful and has the highest capacity for sample.

In all cases, the sample first must be dissolved in a liquid that is then transported either onto, or into, the chromatographic device.

In solid-phase extraction [SPE], the sample is loaded onto the cartridge and the solvent stream carries the sample through the device.

When moderate to high pressure is used to flow the solvent through the chromatographic column, the technique is called HPLC. What Is High Performance Liquid Chromatography?The acronym HPLC, coined by the late Prof. Csaba Horváth for his 1970 Pittcon paper, originally indicated the fact that high pressure was used to generate the flow required for liquid chromatography in packed columns.

With continued advances in performance during this time , the acronym HPLC remained the same, but the name was changed to high performance liquid chromatography.

High performance liquid chromatography is now one of the most powerful tools in analytical chemistry.

What Is UltraPerformance Liquid Chromatography?In 2004, further advances in instrumentation and column technology were made to achieve very significant increases in resolution, speed, and sensitivity in liquid chromatography.

High Performance Liquid Chromatography

Our portfolio of innovative and dependable liquid chromatography instruments includes analytical HPLC and UHPLC systems to handle any separation challenge from simple to complex samples; application-specific HPLC and UHPLC systems for applications such as 2D-LC and dual LC; and nano-, capillary- and micro-flow UHPLC systems for highly sensitive proteomics, metabolomics, and intact protein analysis.

Our easy-to-use systems minimize the need for training while providing high-quality, dependable performance to give you confidence in your results.

Our LC systems come in a variety of configurations, so there is one to fit your needs.

In addition to our LC instruments, we offer a variety of detection options from reliable UV-Vis-based detection to selective and sensitive mass spectrometry.

Our offerings also feature a large selection of HPLC and UHPLC columns in a variety of chemistries, particle sizes, and dimensions to support your applications.

You will also find HPLC and UHPLC fittings, tubing, vials, well plates and other consumables for optimal system performance and better chromatographic results.

High Performance Liquid Chromatography Basics

A liquid sample is injected into a stream of solvent flowing through a column packed with a separation medium.

Column Oven – houses the HPLC column and keeps a stable temperature for reproducible separations.

Steps must be taken to periodically flush the column at higher solvent strength to clean it of intractable materials that build up from sample injections.

The decision about the dimensions of the column should be based on the goals for the chromatography.

So-called reversed phase columns have a bonded phase on the surface of the silica particles which is hydrophobic in nature.

Such a column will tend to retain sample constituents which are also hydrophobic, as long as the mobile phase is not stronger in its attraction for that sample constituent.

For a reversed phase column, use a combination of solvents which give an overall “Greater” polarity than the stationary phase.

What Is HPLC/ High Performance Liquid Chromatography?

What Is HPLC? The basic question that needs a simple answer is “What is HPLC?” In simple terms, HPLC is an analytical technique used for the separation of components of an organic mixture of compounds when such compounds are nonvolatile, thermally unstable, and have relatively high molecular weights.

Take a look at the HPLC chromatography PPT given below.

You need to have a good understanding of the parts of your HPLC system and the HPLC principles.

A conceptual understanding of the function of each component will add to your comfort level with your HPLC system, and you will ensure long term usage with high reliance on output data.

Modern HPLC systems are computer-based and software controls operational parameters such as mobile phase composition, temperature, flow rate, injection volume and sequence, and also acquisition and treatment of output.

Specialized HPLC systems might also have solvent selection valves, vacuum degasser, autosamplers, column switches, pre or post-column derivatization, and fraction collectors.

These are all covered at length in our online certificate program on HPLC – Certificate Course on HPLC. Infographic: What Really Goes into Running an HPLC? Anyone who is working in a laboratory is likely to use an HPLC at some time or the other.

Principle, Types, Instrumentation And Applications

The term high-performance liquid chromatography was introduced in the 1970s to distinguish the modern high-performance technique from classical low-pressure column chromatography, developed in the 1930s.

Principle of HPLC. High-performance liquid chromatography involves the injection of a small volume of liquid sample into a tube packed with tiny particles in diameter called the stationary phase) where individual components of the sample are moved down the packed tube with a liquid forced through the column by high pressure delivered through a pump.

There are many advantages of High-performance liquid chromatography over traditional low-pressure column liquid chromatography.

Liquid chromatography is divided into a relatively large collection of techniques like thin layer chromatography.

Pressurized liquid chromatography can be divided into ion exchange, exclusion, partition, and liquid-solid chromatography.

Liquid chromatography is one of the three main branches of chromatography.

There are different types of chromatography, but the two primary types are liquid chromatography and gas chromatography.

Liquid Chromatography-Mass Spectrometry

Liquid chromatography mass spectrometry is the main method for detecting drugs and their major metabolites in vivo, and can provide high enough sensitivity, specificity, and molecular structural information for the qualitative assay of drugs and their metabolites.

15.1.5.3 Liquid Chromatography-Mass SpectrometryLiquid chromatography-Mass spectrometry technique combines separation and analysis of samples with LC and MS, respectively.

Bioanalytical determination of protein-based biopharmaceuticals in biological matrices can be successfully achieved by liquid chromatography coupled to tandem mass spectrometry.

2.2 LC-MS and MALDI-MSLC-MS and MALDI-MS are the two basic types of MS. In liquid chromatography-tandem mass spectrometry, a protein sample is digested into peptides and then separated by reverse phase chromatography.

Suitable liquid chromatography/mass spectrometry conditions were examined for Amaranth, Red 2G, Azo Rubine, Fast Red E and Brilliant Blue FCF, which were detected in Akasu, a red vinegar made in Hong Kong from sake lees, on both thin layer chromatography and photodiode array high-performance liquid chromatography.

An accurate method based on the use of reversed-phase liquid chromatography-tandem mass spectrometry interfaced with electrospray was devised for the determination of Sudan I, Sudan II, Sudan III and Sudan IV in hot chilli food samples.

The high resolution of the A-TOF-MS mass analyzer allowed to obtain unambiguous confirmation of Sudan I in real samples by means of the accurate mass by MS and MS/MS experiments.

Principles And Applications Of Liquid Chromatography-Mass Spectrometry In Clinical Biochemistry

Carvalho VM, Nakamura OH, Vieira JGH. Simultaneous quantitation of seven endogenous C-21 adrenal steroids by liquid chromatography tandem mass spectrometry in human serum.

Millington DS, Norwood DL, Kodo N, Roe CR, Inoue F. Application of fast atom bombardment with tandem mass spectrometry and liquid chromatography/mass spectrometry to the analysis of acylcarnitines in human urine, blood, and tissue.

Determination of succinylacetone in dried blood spots and liquid urine as a dansylhydrazone by liquid chromatography tandem mass spectrometry.

Maurer HH. Multi-analyte procedures for screening for and quantification of drugs in blood, plasma, or serum by liquid chromatography-single stage or tandem mass spectrometry relevant to clinical and forensic toxicology.

Roth HJ, Schmidt-Gayk H, Weber H, Niederau C. Accuracy and clinical implications of seven 25-hydroxyvitamin D methods compared with liquid chromatography-tandem mass spectrometry as a reference.

Buiarelli F, Coccioli F, Merolle M, Neri B, Terracciano A. Development of a liquid chromatography tandem mass spectrometry method for the identification of natural androgen steroids and their conjugates in urine samples.

Hortin GL. A new era in protein quantification in clinical laboratories: application of liquid chromatography-tandem mass spectrometry.

Liquid Chromatography-Mass Spectrometry

In addition to the liquid chromatography and mass spectrometry devices, an LC-MS system contains an interface that efficiently transfers the separated components from the LC column into the MS ion source.

Overall, the interface is a mechanically simple part of the LC-MS system that transfers the maximum amount of analyte, removes a significant portion of the mobile phase used in LC and preserves the chemical identity of the chromatography products.

The direct liquid introduction interface was developed in 1980.

In these interfaces, the LC effluent passed through the frit or CF-FAB channels to form a uniform liquid film at the tip.

For stable operation, the FAB based interfaces were able to handle liquid flow rates of only 1-15 μl and were also restricted to microbore and capillary columns.

The interface between a liquid phase technique with a continuously flowing eluate, and a gas phase technique carried out in a vacuum was difficult for a long time.

A new approach still under development called direct-EI LC-MS interface, couples a nano HPLC system and an electron ionization equipped mass spectrometer.

Liquid Chromatography Tandem Mass Spectrometry

Interest in the clinical utility of mass spectrometry continues to grow, evidenced by the ever growing number of LC-MS/MS publications and conferences, as well as the recent launch of AACC’s Mass Spectrometry and Separation Sciences Division.

Advantages of LC-MS/MS. Recognizing LC-MS/MS as a strategic technology, many clinical laboratories are now using it in lieu of other methodologies.

FDA’s recently released draft guidance document on regulating LDTs could affect the majority of tests developed and performed on LC-MS/MS. Currently, laboratories develop and validate LC-MS/MS assays according to CLIA, which established quality standards for lab testing and accreditation programs for clinical labs.

Assay-to-assay variations between LC-MS/MS users can arise since LC-MS/MS assays are not standardized or harmonized and commercial calibrators are not available.

Clinical Applications of LC-MS/MS. Initially, mass spectrometry was used primarily in newborn screening and to diagnose organic metabolic disorders in clinical labs.

Table 1 shows a list of some of the tests commonly performed via LC-MS/MS. Therapeutic drug monitoring is another discipline in which LC-MS/MS tests are abundant for the quantitative measurement of medications.

The release of more ready-to-use, FDA-approved reagent kits for LC-MS/MS will also minimize the effort needed for method development and extensive validation, making LC-MS/MS accessible to more labs.

Liquid Chromatography Tandem-Mass Spectrometry-Technique And Applications In Endocrinology

In recent years, liquid chromatography tandem mass spectrometry has emerged as an innovative analytical technology applicable to a wide number of analyses in the endocrinology laboratory.

Compared to the “Traditional” technique of gas chromatography-mass spectrometry, LC-MS/MS is easier to use and is applicable for a substantially larger number of relevant analytes.

With the development of LC-MS/MS, the widespread application of the proven principle of isotope dilution mass spectrometry is now feasible not only in research but also for routine applications.

The aim of this review is to explain the basic technical principles of LC-MS/MS, to describe the general characteristics of analytical LC-MS/MS applications and to comprehensively discuss the application of this technology in the field of endocrinology.

Liquid Chromatography

Liquid Chromatography with tandem mass spectrometry is a powerful analytical technique that combines the separating power of liquid chromatography with the highly sensitive and selective mass analysis capability of triple quadrupole mass spectrometry.

A sample solution containing analtyes of interest are pumped through a stationary phase by a mobile phase flowing through at high pressure.

Chemical interaction between the components of the sample, the stationary phase and the mobile phase affects different migration rates through the LC column affecting a separation.

The wide variety of stationary phase and mobile phase combinations allow for customizing a separation to suit many complex solutions.

The strength of this technique lies in the separation power of LC for a wide range of compounds combined with the capability of the MS to quantify compounds with a high degree of sensitivity and selectivity based on the unique mass/charge transitions of each compound of interest.

Technical Specifications Mass analysis of compounds with < ~ 4,000 m/z.

Can be used with reverse phase LC and normal phase LC. Strengths LC affords great range of chromatographic separation options.

Waters Corp. Stock Quote

Waters Corp. is a specialty measurement company which engages in analytical workflow solutions involving liquid chromatography, mass spectrometry and thermal analysis innovations.

The Waters segment consists of liquid chromatography instruments, mass spectrometry, and precision chemistry consumable products and related services.

The TA segment products and services include thermal analysis, rheometry and calorimetry instrument systems, and service sales.

The company was founded by James Logan Waters in 1958 and is headquartered in Milford, MA..

Waters Corporation

Waters Corporation is a publicly traded Analytical Laboratory instrument and software company headquartered in Milford, Massachusetts.

The business was started by James Logan Waters as Waters Associates in an office in the basement of a police station in Framingham, Massachusetts, in 1958.

After stints as a university math teacher, Naval officer, project engineer, and entrepreneur, Waters formed Waters Associates in 1958.

While from its start the company had been self-financed, with proceeds from an earlier business sale, Waters opened Waters Associates to external ownership in 1962.

In 1967, the ALC 100, the first Waters LC system, was brought to market.

Waters became chairman, and continued in that role until the company merged with Millipore in 1980, and was rechristened the Waters Chromatograph Division.

In January 2020, Waters acquired Andrew Alliance, an innovator company in specialty laboratory automation technology, including software and robotics.

Investor Relations

Waters Corporation is the world’s leading specialty measurement company focused on improving human health and well-being through the application of high-value analytical technologies and industry leading scientific expertise.

Our decisions and actions are guided by two simple words – Deliver Benefit.

Our founder, Jim Waters, coined these words to encapsulate the idea that we should positively impact our customers, employees, shareholders and society at every opportunity.

Driven by that ethos for over sixty years, Waters has continually pioneered chromatography, mass spectrometry and thermal analysis innovations.

Whether it’s discovering new pharmaceuticals, assuring the safety of the world’s food and water supplies, or ensuring the integrity of a chemical entity in production, we are constantly working with our thousands of customers to change the world.

With a global workforce of more than 7,400 employees, Waters operates in 35 countries, including 14 manufacturing facilities and with products available in more than 100 countries.

Our diverse organization is well-positioned to Deliver Benefit through innovations that enhance human health and well-being.

Waters Corporation

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Working At Waters Corporation: 129 Reviews

They will try every trick in the book to get you to leave if you have a long service history.

When they try to insult your intelligence to get a reaction ignore it ,let it go even though you are smarter it’s not a level playing field.

They will push and push,undermine your work,tell you others are working harder for the company when infact workers have always had a good work ethic in whatever job they do not just for waters.

Truth be told 90% of the work force have a good work ethic the rest are just w and p computer abuse and physical attacks have gone unpunished.

If you get to the stage when they have to pay severence pay its ridiculously low.

Waters Corp. Founder And Namesake Jim Waters Dies At Age 95

Waters Corp. founder Jim Waters has died at the age of 95.

Waters Corp. founder Jim Waters visited the company he launched in 2018 to celebrate its 60th anniversary.

Waters left the company he founded more than 40 years ago, but in many ways his presence remained strong over the years there – and not just because the company was named after him.

Perhaps most important, Waters had a mantra that he drilled into his employees: “Deliver benefit.” Essentially, Waters meant that he didn’t want his team to just manufacture products.

“While we mourn his passing, those who knew and worked alongside him remember Jim Waters as a brilliant and spirited scientist and businessman, who propelled the discipline of separations science with this revolutionary work in liquid chromatography,” said Udit Batra, the company’s chief executive.

Waters ended up leaving around the time the company was sold to Millipore Corp. in 1980.

Waters was also involved in educational causes, including by establishing the nonprofit Waters Center for Systems Thinking more than 30 year ago, and establishing with his wife Faith an endowed chair in analytical chemistry at Northeastern University.

Wells Fargo

In March 1860, Wells Fargo gained control Butterfield Overland Mail Company, after Congress failed to pass the annual post office appropriation bill, thereby leaving the post office with no way to pay for the Overland Mail Company’s services, and leaving Overland no way to pay Wells Fargo.

In 1905, Wells Fargo separated its banking and express operations; Wells Fargo’s bank merged with the Nevada National Bank to form the Wells Fargo Nevada National Bank.

In 1968, Wells Fargo was converted to a federal banking charter, becoming Wells Fargo Bank, N.A. Wells Fargo merges with Henry Trione’s Sonoma Mortgage in a $10.8 million stock transfer, making Trione the largest shareholder in Wells Fargo until Warren Buffett and Walter Annenberg surpassed him.

In March 2017, Wells Fargo announced a plan to offer smartphone-based transactions with mobile wallets including Wells Fargo Wallet, Android Pay and Samsung Pay.

Wells Fargo has various divisions, including Wells Fargo Rail, that finance and lease equipment to different types of companies.

Wells Fargo offers investment products through its subsidiaries, Wells Fargo Investments, LLC, and Wells Fargo Advisors, LLC, as well as through national broker/dealer firms.

In April 2018, the United States Department of Labor launched a probe into whether Wells Fargo was pushing its customers into more expensive retirement plans as well as into retirement funds managed by Wells Fargo itself.

Wells Fargo Shutters One Local Branch, Plans To Open Another

Wells Fargo & Co. is again making adjustments to its branch network here.

Wells Fargo shutters one local branch, plans to open another.

The bank is permanently closing its branch at 1525 W.T. Harris Blvd. in northeast Charlotte, according to Office of the Comptroller of the Currency filings.

ALSO READ: Wells Fargo discontinuing all personal lines of credit.

The spokesperson said the branch was at Wells Fargo’s Customer Information Center campus and not accessible to the public.

Another branch is less than a mile away at 8300 Medical Plaza Drive.

The bank is planning to build a new branch at 8352 Charlotte Highway in Fort Mill, according to filings.

Crescent Capital BDC Coverage Initiated By Analysts At Wells Fargo & Company

Wells Fargo & Company initiated coverage on shares of Crescent Capital BDC in a research note published on Monday, The Fly reports.

A number of other equities analysts also recently issued reports on CCAP. Raymond James increased their price target on shares of Crescent Capital BDC from $20.00 to $21.50 and gave the company an outperform rating in a report on Friday, November 12th. Zacks Investment Research downgraded shares of Crescent Capital BDC from a buy rating to a hold rating in a report on Thursday, March 3rd. Finally, Bank of America assumed coverage on shares of Crescent Capital BDC in a report on Monday, January 31st. They issued a buy rating and a $19.50 price target for the company.

Shares of Crescent Capital BDC stock opened at $17.58 on Monday.

The ex-dividend date of this dividend is Wednesday, March 30th. This represents a $1.64 dividend on an annualized basis and a yield of 9.33%. Crescent Capital BDC’s payout ratio is 55.78%. In other Crescent Capital BDC news, Director Raymond Barrios acquired 2,875 shares of the stock in a transaction that occurred on Tuesday, March 1st. The shares were purchased at an average cost of $17.43 per share, with a total value of $50,111.

Wells Fargo & Company MN acquired a new stake in shares of Crescent Capital BDC during the 4th quarter worth about $246,000.

Marshall Wace LLP acquired a new stake in shares of Crescent Capital BDC during the 4th quarter worth about $299,000.

Finally, Ares Management LLC acquired a new stake in shares of Crescent Capital BDC during the 4th quarter worth about $7,520,000.

Wells Fargo’S Appeal Of Fraud Ruling Puts Spotlight On FINRA And SEC

On Feb. 10, U.S. Sen. Elizabeth Warren, a frequent FINRA critic, and U.S. Rep. Katie Porter wrote to FINRA asking for details about the Georgia case, the arbitration process and interactions with Wells Fargo.

Customers Brian Leggett and a partnership sued to reverse their defeat in a FINRA arbitration claim they made against Wells Fargo Advisors over $1.2 million in losses on complex investments carried out by two Wells Fargo brokers.

Wells Fargo and the outside lawyer, the judge’s order said, “Committed fraud on the arbitration panel by procuring perjured testimony, intentionally misrepresenting the record and refusing to turn over a key document.” Securities lawyers said that it’s almost unheard of for a judge to call into question “The fairness of the entire FINRA process,” as the judge’s ruling said.

Silver said that the ruling “Is more serious for FINRA than for Wells Fargo.”

The customers in the Georgia case allege in court filings that two names thought to be critical of the bank were removed from the list at the request of Wells Fargo’s lawyer, Terry Weiss, all with the permission of FINRA, according to the judge’s ruling.

What about Wells Fargo customers who reached settlements with the bank through FINRA in prior years? Zamansky said those investors will want Wells Fargo to review them.

As part of the bank-friendly FINRA award in the Georgia case, two Wells Fargo brokers had their records in the matter expunged.

Working At Wells Fargo In Orlando, FL: 183 Reviews

It was my first corporate job, fairly simple and beneficial in multiple facets.

I did not advance in the manner I imagined and I eventually came to realize, that while definitely a great company to work for, I couldn’t see my self growing past my current level.

I eventually felt trapped, unappreciated, overworked, under compensated and under valued.

I learned a lot while working there and would recommend the place of business, but would not intentionally return.

Wells Fargo Bank Locations In Orlando, FL With Reviews

YP – The Real Yellow PagesSM – helps you find the right local businesses to meet your specific needs.

Search results are sorted by a combination of factors to give you a set of choices in response to your search criteria.

These factors are similar to those you might use to determine which business to select from a local Yellow Pages directory, including proximity to where you are searching, expertise in the specific services or products you need, and comprehensive business information to help evaluate a business’s suitability for you.

“Preferred” listings, or those with featured website buttons, indicate YP advertisers who directly provide information about their businesses to help consumers make more informed buying decisions.

YP advertisers receive higher placement in the default ordering of search results and may appear in sponsored listings on the top, side, or bottom of the search results page.

Refinance Or Apply For A Mortgage Online

Today’s Mortgage Rates Connect with a mortgage broker in your community.

A mortgage broker can be your trusted guide close to home.

See how much you’re approved for, then shop for homes or move forward with your refinance.

Make payments online and put your mortgage to work for you.

With help from Rocket Mortgage and Built for Zero, communities nationwide are working together to solve it.

Our Home Loan Experts are available to answer all your mortgage questions.

Provide some basic information and we’ll match you with a loan option and mortgage rate that meet your needs.

What Is Rocket Mortgage?

Rocket Mortgage is a fast, powerful and completely online way to get a mortgage for refinancing or buying a home.

Rocket Mortgage lets you automatically share information about your income and assets from our trusted partners.

When you apply with Rocket Mortgage, you’ll get a real, custom mortgage solution based on your unique financial situation.

You can even customize your costs and term to get the mortgage that fits your budget best.

You can use Rocket Mortgage to make payments, get in touch with us, see your tax and insurance information, and even start a new loan when the time comes.

Apple and the Apple logo are trademarks of Apple Inc., registered in the U.S.and other countries.

App Store is a service mark of Apple Inc., registered inthe U.S. and other countries.

Rocket Mortgage Review 2022

Rocket Mortgage used to be the online loan shopping and application process offered by Quicken Loans, but as of July 2021, Rocket Mortgage is the lender’s official name.

No matter what, your loan will be originated by Rocket Mortgage rather than Quicken Loans.

The most recent Home Mortgage Disclosure Act data available is from 2020, when Rocket Mortgage was still a Quicken-owned brand and Quicken Loans originated home loans from Rocket.

Rocket Mortgage offers a loan lineup that’s fairly typical of nonbank lenders.

Rocket Mortgage both originates and services home loans, so while your loan may be resold to investors like Fannie Mae or Freddie Mac., you’ll continue to send payments to Rocket and work with Rocket’s customer support team.

Quicken Loans, the lender behind Rocket Mortgage in 2020, earns 1 of 5 stars for average origination fee.

Rocket Mortgage offers sample rates for fixed-rate purchase and refinance loans on its homepage, and you’ll find more extensive rate information if you head to the rates page.

Online Personal Loans

Celebrate Cyber Monday with 50% off your origination fee when you close on your loan today.

1 Act fast, you only have until midnight to take advantage of these savings.

1Cyber Monday Deal expires at 11:59 p.m. PT on November 29, 2021 and at 12:59 a.m. MT/1:59 a.m. CT/2:59 a.m. ET on November 30, 2021.

The offer is only available to clients who close a personal loan before the deal expires.

Offer is non-transferable and cannot be retroactively applied to previously closed loans or loans already in process.

Offer cannot be combined with other Rocket Loans offers.

American Express Rocket Mortgage Offer

The mortgage loan and mortgage services are provided exclusively by Rocket Mortgage, LLC, a subsidiary of Rocket Companies, Inc. and are not provided, underwritten or serviced by American Express.

This offer does not constitute an endorsement or recommendation of Rocket Mortgage or its mortgage services by American Express.

American Express is not responsible for any of the activities of Rocket Mortgage.

American Express does not control mortgage lenders’ rates or fees, and this offer should not be relied on as a sole basis for determining the cost of your mortgage.

Offer does not apply to loans submitted to Rocket Mortgage through a mortgage broker, Agency Plus loans, Portfolio Products, and Advantage Products.

To receive the statement credit, the eligible Card Members must be a borrower or co-borrower(s) on the loan application and provide the first 11 digits of their own American Express card account number when prompted by Rocket Mortgage.

American Express will post the statement credit based on the data it receives from Rocket Mortgage.

Rocket Mortgage

In January 2018, the company became the largest overall retail lender in the U.S. Unlike other large mortgage lenders that depend on deposits, Rocket Mortgage relies on wholesale funding to make its loans and uses online applications rather than a branch system.

Amrock and One Reverse Mortgage are also part of the Rocket Mortgage Family of Companies.

In the spring of 2008, Rock Holdings entered the reverse mortgage market with the acquisition of One Reverse Mortgage.

In 2014, Quicken Loans grew to be the 2nd largest mortgage lender in the United States, and remains the nation’s largest online mortgage lender.

Quicken Loans has consistently been awarded the highest customer satisfaction rating among primary mortgage originators the U.S. for 10 straight years, as well as being one of top 20 companies to work for and a top pick for overall best mortgage lenders, according to Consumers Advocate.

J.D. Power named Rocket Mortgage #1 in the nation for client satisfaction in primary mortgage origination in 2020, the 11th consecutive year either Rocket Mortgage or Quicken Loans earned the recognition.

Rocket sponsors the Rocket Mortgage FieldHouse, an arena located in downtown Cleveland, Ohio.

METHODS OF CATEGORIZING CONTRAST REACTIONS There are two useful ways to approach contrast reactions.

Moderate Reactions which require treatment but are not immediately life-threatening Tachycardia/bradycardia Hypertension Pronounced cutaneous reaction Hypotension Bronchospasm, wheezing Dyspnea Laryngeal edema Pulmonary edema Treatment: Prompt treatment with close observation Severe Life-threatening with more severe signs or symptoms including: Laryngeal edema Clinically manifest arrhythmias Profound hypotension Convulsions Unresponsiveness Cardiopulmonary arrest Treatment: Immediate treatment.

4 Delayed Contrast Reactions Delayed contrast reactions can occur anywhere from 3 hours to 7 days following the administration of contrast.

Cutaneous reactions are the most frequent form of delayed contrast reaction with a reported incidence of 0.59%. Cutaneous reactions vary in size and presentation but are usually pruritic.

Delayed cutaneous reactions are more common in patients who have had a previous contrast reaction and in those who have been treated within the past 2 years, or are currently being treated with interleukin-2.

As with anaphylactic reactions, certain risk factors make patients more susceptible to iodinated contrast reactions: 1.

Allergic asthma Drug allergies Food allergies Prior reactions to contrast Treatment of Anaphylactoid Reactions Anaphylactoid reactions usually occur soon after contrast is administered.

Contrast Agents

The most widely used UCA in Europe is Sonovue, whilst Optison and Luminity are more frequently used in the US. These contrast agents are administered intravenously and can be given as a bolus or as a continuous infusion.

The contrast agents come in their separate constituents and Sonovue®, for example, is ‘made up’ by mixing saline with a dry powder to make a suspension of the contrast agent.

‘Making up’ the contrast agent when needed takes no more than 2-3 minutes and the steps are illustrated in the diagram below.

The vial is then agitated / shaken for 30-60s to mix the contents effectively and the contrast suspension is then ready to be drawn up into a syringe ready for intravenous injection.

A continuous infusion can also be used to produce a steady concentration of contrast within the heart and Bracco, manufacturers of Sonovue®, offer a specific Vueject® pump designed to administer an intravenous infusion.

The syringe of contrast agent is placed in the pump, as shown below, and this syringe is then constantly rotated to agitate the mixture.

The rate at which the contrast is infused obviously determines how long the contrast lasts before it is used up.

Contrast Agent

A contrast agent is a substance used to increase the contrast of structures or fluids within the body in medical imaging.

In MRIs, contrast agents shorten the relaxation times of nuclei within body tissues in order to alter the contrast in the image.

Several types of contrast agent are in use in medical imaging and they can roughly be classified based on the imaging modalities where they are used.

For radiography, which is based on X-rays, iodine and barium are the most common types of contrast agent.

Gadolinium is used in magnetic resonance imaging as an MRI contrast agent.

This causes water around the contrast agent to relax quickly, enhancing the quality of the MRI scan.

Microbubbles are used as contrast agents for sonographic examination, specifically echocardiograms, for the detection of a cardiac shunt.

Agents

Contrast agents are responsible for gathering security relevant data from an application, analyzing that data, and reporting findings to Contrast when necessary.

In specific situations, a Contrast agent can also take actions within an application to prevent exploitation or enable a security defense.

A Contrast agent gathers security relevant information using a variety of security instrumentation techniques, including code scanning, library scanning, instrumenting an application, configuration file scanning, and other techniques.

Any security instrumentation technique that gathers information is a sensor.

The analysis engine watches these traces for patterns of behavior that represent a violation of the Contrast rules.

If the analysis engine sees that data flow without the proper defenses, it recognizes that trace to match the Contrast rule for SQL injection reports it to Contrast.

The vast majority of the analysis is done locally in the agent, which enables Contrast’s scalability and performance.

Radiology Reference Article

MRI contrast agents have become an indispensable part of contemporary magnetic resonance imaging.

Although MRI was initially hoped to provide a means of making definitive diagnoses without administering contrast media, it has been found that the addition of contrast agents in many cases improves sensitivity and/or specificity.

Paul Lauterbur and his associates were the first to demonstrate the feasibility of using paramagnetic contrast agents to improve tissue discrimination on MRI 1.

Contrast agents can be grouped in many different ways.

One way is to consider them according to the compartments in which they distribute.

Information On Gadolinium-Based Contrast Agents

Gadolinium-Based Contrast Agents are intravenous drugs used in diagnostic imaging procedures to enhance the quality of magnetic resonance imaging or magnetic resonance angiography.

Magnetic Resonance Imaging is a medical imaging procedure for making images of the internal structures of the body.

MRI scanners use strong magnetic fields and radio waves to make images.

The signal in an MR image comes mainly from the protons in fat and water molecules in the body.

Radio waves are sent from and received by a transmitter/receiver in the machine, and these signals are used to make digital images of the scanned area of the body.

A typical MRI scan last from 20 – 90 minutes, depending on the part of the body being imaged.

For some MRI exams, intravenous drugs, such as gadolinium-based contrast agents are used to change the contrast of the MR image.

Contrast Agents For CT Scans: Time To Rethink The Risk?

Contrast Agents For CT Scans: Time To Rethink The Risk? : Shots – Health News A contrast agent doesn’t make you feel better or treat what’s ailing you.

By making CT scans clearer, contrast might be crucial in helping your doctor make the right diagnosis.

About 80 million CT scans are performed annually in the U.S., and the majority are done with contrast.

As a result, contrast is often withheld from patients deemed by their doctors to be at risk for kidney problems.

So if the physicians treating patients in the Wisconsin study were worried about giving contrast to high-risk patients, they may have steered them into the group receiving CT scans without it.

Researchers in Michigan found that contrast was associated with kidney injury in only the highest-risk patients, while counterparts at the Mayo Clinic, using slightly more sophisticated methods, found no association between contrast and kidney injury.

Still, Dr. Michael Rudnick, a kidney specialist at the University of Pennsylvania, isn’t so sure it’s time to clear contrast agents completely.

Definition Of Reimbursement By Medical Dictionary

Reimbursement a compensation or paying back; see also payment.

Reimbursement Managed care Payment by a 3rd party-eg, an insurance company, to a hospital, physician, or other health care provider for services rendered to an insured/beneficiary.

Encyclopedia Article By TheFreeDictionary

Reimbursement is the act of compensating someone for an out-of-pocket expense by giving them an amount of money equal to what was spent.

Segments of the healthcare industry, such as medical device manufacturers, rely on reimbursement for income and produce resources assisting their customers in obtaining reimbursement.

Taxpayers may receive complete reimbursement for other taxes, such as for Value-added tax due to low income, subsequent export of the goods sold, or not being the final recipient.

A local government may use reimbursement to reduce property taxes for a favored organization or low-income individual.

Organizations have motive to limit reimbursement expenses, whether fraudulent, frivolous, or legitimate.

If a reimbursement process is made cumbersome or inconvenient to the applicant, then the probability that the applicant will successfully obtain the funds decreases, regardless of legitimacy, resulting in fewer paid reimbursement claims overall.

Insistence on submission of printed reimbursement forms.

Reimbursement Definition

Reimbursement is compensation paid by an organization for out-of-pocket expenses incurred or overpayment made by an employee, customer, or another party.

Reimbursement of business expenses, insurance costs, and overpaid taxes are common examples.

Reimbursement is most commonly associated with business expenses.

Insurance Beyond business expenses, reimbursement is also used in the insurance industry.

The insurance policy may require that the policyholder cover certain expenses out-of-pocket before seeking reimbursement.

Legal A type of reimbursement called reimbursement alimony applies to the legal sector.

Reimbursement alimony is ordered by a judge and is a payment made to an ex-spouse as reimbursement for time and money invested in the spouse’s financial prospects and growth.

AAA Official Site

Learn how to file reimbursement requests for roadside, locksmith, and windshield services; roadside service damages; and trip cancellation or interruption.

For Emergency Road Service, locksmith, and windshield services.

Services paid for under another insurance policy or other program benefit;.

The original AAA invoice provided by the service provider for the purchase of the AAA Battery.

Consideration will only be made if AAA was contacted before the AAA battery was replaced.

To report vehicle damage resulting from AAA Emergency Road Service.

Trip cancellation or interruption reimbursements are available to AAA Plus and AAA Premier Members only.

9 Reimbursement Request Letters For Various Reasons

Subject: Request letter for reimbursement of fuel expenses.

Subject: Request letter for reimbursement of maternity expenses.

Subject: Request letter for reimbursement of air ticket.

Subject: Request letter for reimbursement of the payment.

To,. Finance Manager,Stars Marketing Pvt. Ltd.Michigan State, USA. Subject: Letter of request for reimbursement of medical bill.

Subject: Request letter for reimbursement of mobile bill.

Subject: Request letter for reimbursement of travel expenses.

ReimbursementCodes

Comprehensive display of The Drug Card includes code level pricing and the NDC Crosswalk for each HCPCS/CPT® drug code, giving you the right drug price, therapeutic class and HCPCS to NDC code conversion.

Find Drug Codes FastEnhanced search, sort and filters allows users to capture our drug code information easy from a vast data source.

Reimbursement pricing and coding for Not Otherwise Classified drugs.

Gain real-time insight on coding, clinical and pricing considerations for medically covered pharmaceuticals.

“We use ReimbursementCodes.com to assist with writing policy around drugs and our pricing group uses it to help them establishing pricing for HCPCS codes.”

“ReimbursementCodes.com gives me multiple ways to access data using product name, HCPCS or CPT® code or specific NDC numbers. And once a particular item is located there are several options for specific information besides pricing.”

ReimbursementCodes is the most trusted, comprehensive source of coding,pricing and clinical crosswalks to.

Reimbursement

Reimbursement is the act of compensating someone for an out-of-pocket expense by giving them an amount of money equal to what was spent.

Segments of the healthcare industry, such as medical device manufacturers, rely on reimbursement for income and produce resources assisting their customers in obtaining reimbursement.

Taxpayers may receive complete reimbursement for other taxes, such as for Value-added tax due to low income, subsequent export of the goods sold, or not being the final recipient.

A local government may use reimbursement to reduce property taxes for a favored organization or low-income individual.

Organizations have motive to limit reimbursement expenses, whether fraudulent, frivolous, or legitimate.

If a reimbursement process is made cumbersome or inconvenient to the applicant, then the probability that the applicant will successfully obtain the funds decreases, regardless of legitimacy, resulting in fewer paid reimbursement claims overall.

Insistence on submission of printed reimbursement forms.

University Of Rochester Medical Center

Services Our oral and maxillofacial surgeons perform a wide range of surgical procedures: Teeth extraction.

Surgery for salivary gland pathology To Our Patients – For an appointment at the Oral and Maxillofacial Surgery Clinic at Strong Memorial Hospital, AC-4, please call 275-5531.

Oral & Maxillofacial Surgeons are the surgical specialists of the dental profession.

Oral surgeons complete four-to-six year hospital based surgical residencies that train them to diagnose, and surgically and adjunctively manage diseases, injuries, and defects involving both the functional and aesthetic aspects of the skeletal and soft tissues of the oral and maxillofacial regions.

As board-certified Diplomates of the American Board of Oral and Maxillofacial Surgery, they practice a full-scope of oral and maxillofacial surgery, with expertise ranging from corrective jaw surgery to wisdom tooth removal.

The information contained here should be used in consultation with and Oral and Maxillofacial Surgeon of your choice.

Further, this website and the University of Rochester Medical Center takes no responsibility for websites hyperlinked to this site and such hyperlinking does not imply any relationship or endorsements of the linked sites.

Oral & Maxillofacial Surgery

The University Health Oral & Maxillofacial Surgery Clinic is home to highly qualified surgeons.

Our highly specialized and experienced oral and maxillofacial surgeons.

What makes us a great choice for oral and maxillofacial surgery? For starters, it’s our vast experience.

We do more operations than any other oral surgery practice in the state.

What we offer at the oral & maxillofacial surgery clinic.

Our team has the expertise to diagnose oral cancer and provide the highest quality oral cancer surgery.

More advanced oral and maxillofacial surgeries are performed in the main operating rooms at Truman Medical Center Health Sciences District.

West Coast Oral And Maxillofacial Surgery

Certified specialists providing exceptional care to patients across the Lower Mainland.

Prepare for Your Visit Before you come in, please fill in the relevant form and take a look at our resources for patients.

Port Coquitlam, BC V3B 5Y9.P: 604.464.6833F: 604.464.3168.E: Email usM-F: 8 a.m. – 4:30 p.m. “I had a tooth extraction done on an upper back molar that was not loose on Friday and the team at the North Vancouver office were amazing. I have had no pain what so ever and the entire appointment took about 40 minutes. I highly recommend!”.

“Would highly recommend West Coast Oral Surgery and Dr. Ali Sadeghi for wisdom teeth extraction. The team’s high level of care eased my nerves and my procedure went smoothly. Thanks to the exceptional patience of the receptionists and nurses to answer all my questions, I left feeling well informed and prepared for my next steps.”

“Dr Barr and his team were awesome, I was really nervous and had some complicated wisdom teeth to be removed. The team were so kind and patient, really recommend these guys.”

Oral And Maxillofacial Surgery

Oral and maxillofacial surgery is a surgical specialty focusing on reconstructive surgery of the face, facial trauma surgery, the oral cavity, head and neck, mouth, and jaws, as well as facial cosmetic surgery.

The scope of oral and maxillofacial Surgery in India includes practice of head and neck cancer, facial cosmetic surgery, microvascular surgery, cranio-maxillofacial trauma and cleft and cranio-maxillofacial surgery.

Oral and maxillofacial surgery requires an extensive 4-6 year surgical residency training covering the U.S. specialty’s scope of practice: surgery of the oral cavity, dental implant surgery, dentoalveolar surgery, surgery of the temporomandibular joint, general surgery, reconstructive surgery of the face, head and neck, mouth, and jaws, facial cosmetic surgery, facial deformity, craniofacial surgery, facial skin cancer, head and neck cancer, microsurgery free flap reconstruction, facial trauma, facial trauma surgery and, uniquely, the administration of general anesthesia and deep sedation.

The American Association of Oral and Maxillofacial Surgeons publishes the peer reviewed Journal of Oral and Maxillofacial Surgery.

In the early 1900s, plastic surgery was founded by a professional organization of oral surgeons with elite training and an interest in plastic and reconstructive surgery, the American Association of Oral and Plastic Surgery.

At Harvard University, oral and maxillofacial surgeon, Dr. Varaztad Kazanjian pioneered plastic surgery and is considered to be a founder, if not, the founder of the modern practice of plastic surgery.

Globally, the role of oral and maxillofacial surgery was also profound in the founding of plastic surgery: outside the United States, fathers of plastic surgery include London based otolaryngologist Sir Harold Gillies and his French mentor, the renowned oral and maxillofacial surgeon, Dr. Hippolyte Morestin.

Internal Fixation For Fractures

A broken bone must be carefully stabilized and supported until it is strong enough to handle the body’s weight and movement.

Until the last century, physicians relied on casts and splints to support and stabilize the bone from outside the body.

The advent of sterile surgical procedures reduced the risk of infection, allowing doctors to internally set and stabilize fractured bones.

During a surgical procedure to set a fracture, the bone fragments are first repositioned into their normal alignment.

Internal fixation allows shorter hospital stays, enables patients to return to function earlier, and reduces the incidence of nonunion and malunion of broken bones.

The implants used for internal fixation are made from stainless steel and titanium, which are durable and strong.

Implants are compatible with the body and rarely cause an allergic reaction.

Boston Medical Center

Today, advances in research and surgery allow providers to internally set and stabilize fractured bones.

During a surgical procedure to set a fracture, the bone fragments are first repositioned into their normal alignment.

Screws come in different sizes for use with bones of different sizes.

After the bone heals, screws may be either left in place or removed.

In some fractures of the long bones the best way to hold the bone pieces together is by inserting a rod or nail through the hollow center of the bone that normally contains some marrow.

Wires are often used to pin the bones back together.

In many cases, they are used in conjunction with other forms of internal fixation, but they can be used alone to treat fractures of small bones, such as those found in the hand or foot.

International Center For Limb Lengthening

Nails can be used to lengthen bones or to assist with lengthening bones.

Nails and rods are both inserted into the center of the bone, but only nails are attached to the bone with cross bolts or locking screws.

Rods are inserted inside the bone but are not attached to the bone with bone screws or pins.

How is a nail or a rod inserted into the center of a bone?

The outer part of a bone is made up of hard tissue, but the inside of a bone is made up softer marrow tissue.

The doctor will use an orthopedic drill to create a canal in the marrow cavity in the center of the bone.

In certain situations where there is an underlying bone disease that makes the bones at risk for fracture throughout life it may be preferable to leave the rod/nail inside the bone permanently to prevent re-fracture.

Internal Fixation

Internal fixation is an operation in orthopedics that involves the surgical implementation of implants for the purpose of repairing a bone, a concept that dates to the mid-nineteenth century and was made applicable for routine treatment in the mid-twentieth century.

Open Reduction Internal Fixation involves the implementation of implants to guide the healing process of a bone, as well as the open reduction, or setting, of the bone.

Internal fixation refers to fixation of screws and/or plates, intramedullary rods and other devices to enable or facilitate healing.

Closed Reduction Internal Fixation is reduction without any open surgery, followed by internal fixation.

Various techniques of minimally invasive surgery for internal fixation of bones have been reported.

Internal fixation implants for intracapsular hip fractures in older adults.

The latest evidence suggests that there may be little or no difference between screws and fixed angle plates as internal fixation implants for intracapsular hip fractures in older adults.

Open Reduction And Internal Fixation Surgery

An open reduction and internal fixation puts pieces of a broken bone into place using surgery.

Screws, plates, sutures, or rods are used to hold the broken bone together.

An ORIF is often done as an emergency procedure when a broken bone is in many pieces.

The need for later surgery if the bone does not heal well.

The pieces of bone will be moved into the right place.

A plate with screws, a pin, or a rod that goes through the bone will be attached to the bone to hold the broken parts together.

An x-ray will be done to make sure the bone is in the right place.

Ankle Fracture Open Reduction And Internal Fixation

What is ankle fracture open reduction and internal fixation?

Why might I need an ankle fracture open reduction and internal fixation?

Motor vehicle accidents, tripping or falling, contact sports, and twisting your ankle are some of the more common sources of injury that can lead to an ankle fracture.

What are the risks of ankle fracture open reduction and internal fixation?

How do I get ready for ankle fracture open reduction and internal fixation?

What happens during ankle fracture open reduction and internal fixation?

What happens after ankle fracture open reduction and internal fixation?

Techtronic Industries

Techtronic Industries Company Limited Is an American Hong kong based company that designs, produces, and markets power tools, outdoor power equipment, hand tools, and floor care appliances under a variety of wholly owned and licensed brands.

Sears partnered with TTI in 1987 to produce Craftsman-branded cordless power tools.

TTI developed a global brand portfolio by acquiring labels such as Milwaukee, Hoover, Dirt Devil and buying brand licenses of Ryobi Power Tools and Ryobi Outdoor Power Equipment and AEG Power Tools.

TTI produces power tools, accessories and hand tools, outdoor power equipment, layout and measuring products as well as floor care and cleaning products.

TTI subsidiary Milwaukee Tool’s One-Key mobile application, released in September 2015, allows users to remotely connect and program their tools.

In November 2019, Milwaukee Tool launched the MX FUEL Equipment System, a series of tools which traditionally used gas engines and instead are powered by a battery that is compatible with all tools in the line; at the time of launch, the system reportedly had the longest runtime and power of any battery system for power tools.

The Home Depot recognized TTI as its Environmental Partner of the Year in 2020, and TTI’s Milwaukee Tool as its Interconnected Partner of the Year.

Techtronic Industries Co., Ltd. is an investment holding company, which engages in the manufacture and trade of electrical and electronic products.

It operates through the Power Equipment; and Floor Care and Appliances segments.

The Power Equipment segment comprises power tools, power tool accessories, outdoor products, and outdoor product accessories for consumer, trade, professional, and industrial users, which are available under the Milwaukee, AEG, Ryobi, Empire, Imperial Blades, Stiletto, Hart, and Homelite brands.

Floor Care and Appliances segment include floor care products and floor care accessories under the Hoover, Dirt Devil, Vax, and Oreck brands plus OEM customers.

TTI Success Insights, Ltd. Appoints New Members To Its Board Of Directors

PRNewswire-PRWeb/ – TTI Success Insights, Ltd. is excited to announce the appointment of 3 new members to its Board of Directors.

Said “There is a tremendous amount of enthusiasm among our staff regarding our new board members.” Price added: “We believe they will contribute significantly to our future success because of the diversity of perspectives, the breadth of expertise, and the network of relationships they bring to this role.”

This expertise has made her a perfect addition to the TTI SI Board of Directors, where she will share insights on business and HR-related topics.

Cathy’s organizational experience and marketing skills have made her a fantastic addition to the TTI SI Board of Directors.

Her experience serving on three corporate boards has made her a welcome choice to join TTI Success Insights’ Board of Directors.

Shared “TTI Success Insights is positioned for substantial growth in the coming years and I’m grateful for the opportunity to serve with my colleagues on the board.”

TTI Success Insights, Ltd. is a 35-year-old leader in the assessment industry, with over 35 million assessments delivered in over 117 countries in 40 languages.

TETRA Technologies Inc. Could Soar To Much Higher Prices In Coming Months – Marketing Sentinel

In the latest trading session, 0.54 million TETRA Technologies Inc. shares changed hands as the company’s beta touched 2.94.

When we look at TETRA Technologies Inc.’s average trading volume, we note the 3-month average coming to 940.49K. Analysts gave the TETRA Technologies Inc. stock a consensus recommendation rating of a Buy, calculated at a mean rating of 1.50.

Data shows that the TETRA Technologies Inc. share is performing relatively much better than most of its peers within the same industry.

As can be gleaned from the statistics, the company’s share value shot -0.62% over the past 6 months, a 550.00% in annual growth rate that is considerably higher than the industry average of 36.70%. Moreover, analysts have looked to higher expectations by upgrading its fiscal year 2022 revenue estimates.

2 analysts are of the opinion that TETRA Technologies Inc.’s revenue for the quarter ending Mar 2022 will be $109.5 million.

If we look at who the major shareholders are, we find that insiders hold 10.74% of TETRA Technologies Inc. shares while 61.28% of the shares are in the hands of institutional holders.

The share float percentage for the stock currently stands at 68.65%. There are 61.28% institutions holding the TETRA Technologies Inc. stock share, with Blackrock Inc. the top institutional holder.

TETRA Technologies Q4 2021 Earnings Call Transcript

Good morning, and welcome to TETRA Technologies’ fourth quarter and full year 2021 results conference call.

Good morning, and thank you for joining TETRA’s fourth quarter and full year 2021 results call.

Good morning, everyone, and welcome to TETRA’s fourth quarter and full year 2021 earnings call.

Let me start by thanking all of our TETRA employees for delivering strong fourth quarter operating results and a solid year given the number of extraordinary headwinds we faced, including a second year of COVID-19 pandemic, unprecedented inflation, a record-breaking first quarter freeze, and a devastating third quarter hurricane.

From the recent Eos Q4 earnings call, they will be increasing their revenues from $5 million in 2021 to $50 million in 2022 with a backlog of $148 million booked orders.

Fourth quarter adjusted earnings per share were breakeven compared to a $0.03 loss per share in the fourth quarter of 2020.

This concludes our fourth quarter 2021 earnings call.

Stanley Black

His large concert orchestra also produced albums of symphonic suites of the works of Irving Berlin, Richard Rogers and Cole Porter.

On leaving school he worked as a pianist arranger with various dance bands and light orchestras and by the time he was 18 he was working with American jazz musicians such as Benny Carter and Coleman Hawkins.

One of his albums “Mazel Tov! – Jewish Wedding Favorites” credits Stanley Black and His Orchestra on one side and Sol Schwartz and His Orchestra on the other.

Stanley Black is remembered for writing numerous scores for radio, television and cinema, including the theme-tune for The Goon Show.

During his life, he conducted many of Britain’s major orchestras, and until the 1990s he was still directing regular broadcast sessions at the BBC studios, despite the onset of deafness in later life.

In the 1960s and 70s, Stanley returned to his classical roots, issuing albums of works by Tchaikovsky, Rimsky-Korsakov, Wagner, Khachaturian and Dvorak, recorded by such orchestras as the London Philharmonic, the Royal Philharmonic and the London Symphony.

From 1944 to 1952, Stanley was conductor of the BBC Dance Orchestra, during which time he made more than 4,000 broadcasts.

Stanley Black & Decker In The U.S.

Our operating model centers around the intersection of people and technology, recognizing that success in modern manufacturing brought about by the 4th Industrial Revolution will require new skills, including digital skills, that make U.S. manufacturing and operations more competitive.

It is designed to more rapidly test and deploy technologies at our many manufacturing facilities and deeply engage with a wide range of public and private partners.

The Manufactory is also an innovation hub for the local region, helping our manufacturing community, including suppliers and customers, evolve into advanced manufacturing and to re-develop Connecticut as a leading market for advanced manufacturing in the United States.

Human Centric Upskilling and Reskilling: Many advanced manufacturing jobs, which will be increasingly dependent on technological skills, will require skilling and upskilling of roles to fulfill.

Stanley Black & Decker is leading this skilling and upskilling through organizing the ecosystem of stakeholders – companies, academia, technical schools, non-profits, governments, community organizations, and civil society – to develop programs and solutions that are accessible across all parts of society, including minority and underserved populations.

Due to the displacement of many jobs and workers from the COVID-19 crisis, these programs must be accessible to the broad swath of new entrants into manufacturing who can continue to help accommodate the growth of manufacturing in the U.S.Ecosystem Approach: Stanley Black & Decker is committed to doing our part to lead this ecosystem of stakeholders in the communities where we operate.

In October 2020, for example, we worked with our non-profit partner, the Business Higher Education Forum, to secure a grant in Connecticut that supports the development of a digital skills credentialing program to develop new pathways to digital careers, including for individuals unemployed due to COVID-19.

The Real Deal Los Angeles

Stanley Black says longtime partner bilked him out of millions.

December 25, 2019 12:00PM. Prominent real estate investor Stanley Black is suing his business partner of 34 years, Robert Barth, claiming Barth defrauded…. Stanley Black says longtime partner bilked him out of millions Stanley Black says longtime partner bilked him out of millions.

November 27, 2019 08:53AM. Prominent real estate investor Stanley Black is suing his business partner of 34 years, Robert Barth, claiming Barth defrauded…. Stanley Black says longtime partner bilked him out of millions.

Investing In Gold: Is It Still Profitable?

Investors can invest in gold through exchange-traded funds, buying stock in gold miners and associated companies, and buying a physical product.

The creation of a gold coin stamped with a seal seemed to be the answer, as gold jewelry was already widely accepted and recognized throughout various corners of the earth.

The Gold Reserve Act of 1934 gave the U.S. government title to all the gold coins in circulation and put an end to the minting of any new gold coins.

The U.S. abandoned the gold standard in 1971 when its currency ceased to be backed by gold.

If you had an ounce of gold today and converted it for today’s prices, it would still be enough to buy a brand new suit, but the same cannot be said for the $35. In short, you would have lost a substantial amount of your wealth if you decided to hold the $35 as opposed to the one ounce of gold because the value of gold has increased, while the value of a dollar has been eroded by inflation.

Gold stocks generally rise and fall with the price of gold, but there are well-managed mining companies that are profitable even when the price of gold is down.

A relatively small increase in the price of gold can lead to significant gains in the best gold stocks and owners of gold stocks typically obtain a much higher return on investment than owners of physical gold.

Gold As An Investment

Chinese investors began pursuing investment in gold as an alternative to investment in the Euro after the beginning of the Eurozone crisis in 2011.

Years Amount of gold sold by IMF sold to 1970-1971 “As much gold as IMF bought from South Africa” 1976-1980 50 million ounces 1999-2000 14 million ounces 2009-2010 13 million ounces 200 tons to India 10 tons to Sri Lanka 10 tons to Bangladesh 2 tons to Mauritius IMF still have a balance of 2,814.1 metric tons of gold.

Unlike gold coins, gold rounds commonly have no additional metals added to them for durability purposes and do not have to be made by a government mint, which allows the gold rounds to have a lower overhead price as compared to gold coins.

The first gold ETF, Gold Bullion Securities, was launched in March 2003 on the Australian Stock Exchange, and originally represented exactly 0.1 troy ounces of gold.

For private investors, vaulted gold offers private individuals to obtain ownership in professionally vaulted gold starting from minimum investment requirements of several thousand U.S.-dollars or denominations as low as one gram.

If one owns a share in a gold mine where the costs of production are US$300 per troy ounce and the price of gold is $600 per troy ounce, the mine’s profit margin will be $300. A 10% increase in the gold price to $660 per troy ounce will push that margin up to $360, which represents a 20% increase in the mine’s profitability, and possibly a 20% increase in the share price.

Cash for gold – With the rise in the value of gold due to the financial crisis of 2007-2010, there has been a surge in companies that will buy personal gold in exchange for cash, or sell investments in gold bullion and coins.

How To Invest In Gold – Forbes Advisor

Alternatives to invest in gold include buying shares of gold mining companies or gold exchange-traded funds.

Collectible coins, such as South African Krugerrands, Canadian Maple Leafs and American Gold Eagles, are the most widely available type of gold coins.

Gold coin prices may not entirely align with their gold content, though.

Investing in gold jewelry carries many risks that investing in pure gold doesn’t.

Keep in mind that the shares of stock of gold companies are correlated with gold prices but also are based on fundamentals related to each company’s current profitability and expenses.

Investing in gold ETFs and mutual funds can provide you with exposure to gold’s long-term stability while offering more liquidity than physical gold and more diversification than individual gold stocks.

Depending on your own preference and aptitude for risk, you may choose to invest in physical gold, gold stocks, gold ETFs and mutual funds or speculative futures and options contracts.

Gold As An Investment: Should You Buy It?

You can take physical possession of gold by buying either gold coins or gold bullion.

You can buy bullion or coins from some banks, dealers, brokerage firms, and the U.S. Mint, which has been producing gold coins and bullion for investment since 1986.

You can also buy stock in gold mining companies, gold futures contracts, gold-focused exchange-traded funds, and other regular financial instruments.

If you look at historical gold prices, you’ll find that the price of gold shot up dramatically in the 2000s.

During the pandemic crisis, demand for gold surged, and the price of gold increased.

If you are investing in gold mining companies, the price of the stock may reflect the company’s financial health and market position more than the price of gold.

GLD shares will replicate exposure to gold prices, minus expenses related to storing the gold and trading GLD shares.

Is Buying Gold A Good Investment?

Since gold is priced in U.S. dollars, any deterioration in the dollar will logically lead to a higher price of gold.

Since gold is used in the production of various products including jewelry and electronics, there is a reliable demand that further stabilizes the price of gold.

Since gold is considered a collectible in the U.S., the capital gains tax rate is 28%, which is much higher than the ordinary capital gains rate of 15%. That said, mining companies that don’t invest in gold directly are still taxed at the ordinary rate.

You can invest in gold through financial derivatives that specialize in gold investments like call and put options.

Invest in a gold ETF. A gold ETF is an exchange-traded fund that specializes in investing in a range of gold securities.

Two popular gold ETFs trading on the market are the streetTRACKS Gold Trust and the iShares COMEX Gold Trust.

Exactly how much will it cost you to store and insure physical gold? What are the tax differences for your income tax bracket between investing in a gold ETF or a gold mining ETF? Knowing the details can make a big difference when it comes to profitability.

Lulus Fashion Lounge Holdings Inc Short Interest Up 44.2% In February

Lulus Fashion Lounge Holdings Inc was the target of a significant growth in short interest during the month of February.

Bank of America started coverage on Lulus Fashion Lounge in a report on Monday, December 6th. They issued a “Buy” rating and a $14.00 price objective for the company.

Cowen started coverage on Lulus Fashion Lounge in a report on Monday, December 6th. They issued an “Outperform” rating and a $21.00 price target for the company.

The Goldman Sachs Group started coverage on Lulus Fashion Lounge in a report on Monday, December 6th. They issued a “Buy” rating for the company.

KeyCorp lowered their price target on Lulus Fashion Lounge from $18.00 to $15.00 and set an “Overweight” rating for the company in a report on Thursday, January 20th. Finally, Robert W. Baird started coverage on Lulus Fashion Lounge in a report on Monday, December 6th. They issued an “Outperform” rating and a $17.00 price target for the company.

Finally, Wells Fargo & Company MN bought a new position in Lulus Fashion Lounge in the fourth quarter valued at $37,000.

Lulu’s Fashion Lounge Holdings Inc is a customer driven, digitally native women’s fashion brand.

Lululemon Athletica Stock Forecast, Price & News

r.l., lululemon Sweden AB, lululemon athletica CH GmbH, lululemon athletica DE GmbH, lululemon athletica DK ApS, lululemon athletica FR SARL, lululemon athletica Ireland Limited, lululemon athletica JP GK, lululemon athletica Korea ltd.

Lululemon athletica Malaysia Sdn. Bhd., lululemon athletica NL B.V., lululemon athletica Norway AS, lululemon athletica SG Pte.

Lululemon athletica australia holding Pty Ltd., lululemon athletica canada inc.

Lululemon athletica new zealand limited, lululemon australia Pty Ltd., and lululemon usa inc.

Lululemon Athletica Stock Price, News & Info

LULU earnings call for the period ending September 30, 2021.

LULU earnings call for the period ending June 30, 2021.

LULU earnings call for the period ending December 31, 2020.

LULU earnings call for the period ending September 30, 2020.

LULU earnings call for the period ending June 30, 2020.

LULU earnings call for the period ending October 31, 2019.

LULU earnings call for the period ending August 4, 2019.

Lululemon Athletica Stock Price Today Quote, Market Cap, Chart

Lululemon athletica Stock FAQ.What is lululemon athletica’s quote symbol?

Lululemon athletica trades on the NASDAQ under the ticker symbol LULU. lululemon athletica stock quotes can also be displayed as NASDAQ: LULU.What is the 52 week high and low for lululemon athletica?

With lululemon athletica stock trading at $302.38 per share, the total value of lululemon athletica stock is $37.52B. lululemon athletica stock was originally listed at a price of $14.00 in Jul 27, 2007.

If you had invested in lululemon athletica stock at $14.00, your return over the last 14 years would have been 2,059.86%, for an annualized return of 24.54%.How much is lululemon athletica’s stock price per share?

Lululemon athletica stock price per share is $302.38 today.

Lululemon athletica’s market cap is $37.52B, as of Mar 8, 2022.

Lululemon athletica’s market cap is calculated by multiplying LULU’s current stock price of $302.38 by LULU’s total outstanding shares of 124,090,903.

Harvard T.H. Chan School Of Public Health

Whole grains offer a “Complete package” of health benefits, unlike refined grains, which are stripped of valuable nutrients in the refining process.

A growing body of research shows that choosing whole grains and other less-processed, higher-quality sources of carbohydrates, and cutting back on refined grains, improves health in many ways.

Due to an increasing amount of research showing the various health benefits derived from whole grains, and even a possible detrimental effect when eating mostly refined grains, it is recommended to choose mostly whole grains instead of refined grains.

Most studies, including some from several different Harvard teams, show a connection between whole grains and better health.

In a study of more than 160,000 women whose health and dietary habits were followed for up to 18 years, those who averaged 2 to 3 servings of whole grains a day were 30% less likely to have developed type 2 diabetes than those who rarely ate whole grains.

When the researchers combined these results with those of several other large studies, they found that eating an extra 2 servings of whole grains a day decreased the risk of type 2 diabetes by 21%. A follow-up to that study including men and women from the Nurses’ Health Studies I and II and the Health Professionals Follow-Up Study found that swapping white rice for whole grains could help lower diabetes risk.

14,15] A review of four large population studies also showed a protective effect of whole grains from colorectal cancer, with a cumulative risk reduction of 21%. Digestive Health.

Whole Grains: Hearty Options For A Healthy Diet

Find out why whole grains are better than refined grains and how to add more to your diet.

All types of grains are good sources of complex carbohydrates and some key vitamins and minerals, but whole grains – the healthiest kinds of grains – in particular are an important part of a healthy diet.

The Dietary Guidelines for Americans recommends that at least half of all the grains you eat are whole grains.

If you’re like most people, you’re not getting enough whole grains – so see how to make whole grains a part of your healthy diet.

Grains and whole grains are the seeds of grasses cultivated for food.

Whole grains are either single foods, such as brown rice and popcorn, or ingredients in products, such as buckwheat in pancakes or whole-wheat flour in bread. Refined grains.

Make at least half the grains in your diet whole grains.

The Whole Grains Council

The grains below, when consumed in a form including the bran, germ and endosperm, are examples of generally accepted whole grain foods and flours.

Amaranth is a “Pseudo-grain” – like quinoa and buckwheat, it’s not in the Poaceae botanical family, but is listed with other grains because its nutritional profile and uses are similar to “True” cereal grains.

How to be sure you’re getting whole bulgur: Because bulgur is made by cooking the entire wheat kernel, drying it and chopping it in smaller pieces, it remains a whole grain.

White rice is a refined grain, not a whole grain, because the germ and bran have been removed.

How to be sure you’re getting whole grain rice: The term brown rice is always whole grain, as are most other colored rices, such as black rice or red rice.

How to be sure you’re getting whole rye: Look for whole rye or rye berries in the ingredient list – just because something is labeled “Rye bread” doesn’t guarantee it’s whole grain.

Teff grains are minute – just 1/150 the size of wheat kernels – giving rise to the grain’s name, which comes from teffa, meaning “Lost” in Amharic.

Whole Grain

A whole grain is a grain of any cereal and pseudocereal that contains the endosperm, germ, and bran, in contrast to refined grains, which retain only the endosperm.

Whole grains are a source of multiple nutrients and dietary fiber, recommended for children and adults in several daily servings containing a variety of foods that meet whole grain-rich criteria.

Manufacturers of foods containing whole grains in specified amounts are allowed a health claim for marketing purposes in the United States, stating: “Low fat diets rich in fiber-containing grain products, fruits, and vegetables may reduce the risk of some types of cancer, a disease associated with many factors” and “Diets low in saturated fat and cholesterol and rich in fruits, vegetables, and grain products that contain some types of dietary fiber, particularly soluble fiber, may reduce the risk of heart disease, a disease associated with many factors”.

The scientific opinion of the European Food Safety Authority related to health claims on gut health or bowel function, weight control, blood glucose and insulin levels, weight management, blood cholesterol, satiety, glycemic index, digestive function and cardiovascular health is “That the food constituent, whole grain, is not sufficiently characterised in relation to the claimed health effects” and “That a cause and effect relationship cannot be established between the consumption of whole grain and the claimed effects considered in this opinion.”

A 2017 review found insufficient evidence for a relationship between whole grain consumption and lowered risk of cardiovascular diseases.

When wheat is milled to make flour, the parts of the grain are usually separated and then are recombined to make specific types of flour, such as whole wheat, whole grain, white cake and pastry flour, and all-purpose white flour.

If all parts of the kernel are used in the same relative proportions as they exist in the original kernel, then the flour is considered whole grain.

15 Healthiest Whole Grains

A low intake of whole grains is actually the leading dietary risk factor for death and disease in the U.S., according to a 2019 study published in the Lancet.

“Abundant in fiber, whole grains have a range of healthy benefits, from supporting healthy digestion to promoting better glycemic control. Start slow and keep it simple by swapping some refined carbohydrates in your diet for 100% whole-grain versions.”

These 15 grains are worth keeping at the top of your shopping list.

Get even more exotic with red and black rice, both of which are considered whole grains and are high in antioxidants.

Though technically a grass, wild rice is also considered a whole grain and is rich in B vitamins, such as niacin and folate.

Whole Rye Rye has more nutrients per 100-calorie serving than any other whole grain, according to nutritional research from the nonprofit The Organic Center.

Amaranth This grain is a winner when it comes to protein: According to the Whole Grains Council, it has all nine essential amino acids, making it a complete protein.

MyPlate

The amount of grains you need to eat depends on your age, sex, height, weight, and level of physical activity.

Most Americans eat enough total grain foods, but few eat enough whole grains.

At least half of the grains you eat should be whole grains.

Find the right amount for you by getting your MyPlate Plan.

For general recommendations by age, see the table below.

In general, 1 slice of bread, 1 cup of ready-to-eat cereal, or cup of cooked rice, cooked pasta, or cooked cereal can be considered as 1 ounce-equivalent from the Grains Group.

The table below lists specific amounts that count as 1 ounce-equivalent of grains towards your daily recommended intake.

9 Health Benefits Of Eating Whole Grains

While a high intake of refined grains is linked to health problems like obesity and inflammation, whole grains are a different story.

Here are the top 9 health benefits of eating whole grains.

One of the biggest health benefits of whole grains is that they lower your risk of heart disease, which is the leading cause of death worldwide.

A review of 10 studies found that three 1-ounce servings of whole grains daily may lower your risk of heart disease by 22%. Similarly, a 10-year study in 17,424 adults observed that those who ate the highest proportion of whole grains in relation to their total carb intake had a 47% lower risk of heart disease.

Eating whole grains may lower your risk of heart disease, especially when they replace refined grains.

A review of 16 studies concluded that replacing refined grains with whole varieties and eating at least 2 servings of whole grains daily could lower your risk of diabetes.

The results of these and other studies support public health recommendations to replace most refined grains with whole grains.

Definition, Working Principle, AC Generator

An alternating current can be defined as a current that changes its magnitude and polarity at regular intervals of time.

AC is the form of current that are mostly used in different appliances.

An alternating current has a wide advantage over DC as AC is able to transmit power over large distances without great loss of energy.

The normal waveform of AC in most of the circuits are sinusoidal in nature in which the positive half period corresponds with the positive direction of the current and vice-versa.

Also Read: Differences Between AC and DC. Average Value of AC. The average value is usually defined as the average of the instantaneous values of alternating current over a complete cycle.

From equation, the value of current be maximum at t = 900, so sin t =1. Then, the instantaneous value of current will be,.

In a pure resistive ac circuit, the current is in phase with the voltage.

Alternating Current

Alternating current is an electric current which periodically reverses direction and changes its magnitude continuously with time in contrast to direct current which flows only in one direction.

Alternating current is the form in which electric power is delivered to businesses and residences, and it is the form of electrical energy that consumers typically use when they plug kitchen appliances, televisions, fans and electric lamps into a wall socket.

The usual waveform of alternating current in most electric power circuits is a sine wave, whose positive half-period corresponds with positive direction of the current and vice versa.

The skin depth is the thickness at which the current density is reduced by 63%. Even at relatively low frequencies used for power transmission, non-uniform distribution of current still occurs in sufficiently thick conductors.

The current flowing on the surface of the inner conductor is equal and opposite to the current flowing on the inner surface of the outer tube.

The spread of Westinghouse and other AC systems triggered a push back in late 1887 by Thomas Edison who attempted to discredit alternating current as too dangerous in a public campaign called the “War of the currents”.

The Ames Hydroelectric Generating Plant and the original Niagara Falls Adams Power Plant were among the first hydroelectric alternating current power plants.

What Is Alternating Current?

One might wonder why anyone would bother with such a thing as AC. It is true that in some cases AC holds no practical advantage over DC. In applications where electricity is used to dissipate energy in the form of heat, the polarity or direction of current is irrelevant, so long as there is enough voltage and current to the load to produce the desired heat.

The faster the alternator’s shaft is turned, the faster the magnet will spin, resulting in an alternating voltage and current that switches directions more often in a given amount of time.

AC and DC motor designs are very similar to their generator counterparts, the AC motor being dependent upon the reversing magnetic field produced by alternating current through its stationary coils of wire to rotate the rotating magnet around on its shaft, and the DC motor being dependent on the brush contacts making and breaking connections to reverse current through the rotating coil every 1/2 rotation.

The AC voltage induced in the unpowered coil is equal to the AC voltage across the powered coil multiplied by the ratio of secondary coil turns to primary coil turns.

If the secondary coil is powering a load, the current through the secondary coil is just the opposite: primary coil current multiplied by the ratio of primary to secondary turns.

DC stands for “Direct Current,” meaning voltage or current that maintains constant polarity or direction, respectively, over time.

AC stands for “Alternating Current,” meaning voltage or current that changes polarity or direction, respectively, over time.

Most of the time when the topic of alternating current is discussed at this level, current and voltages do not vary with time.

All the appliances around us in real life are wired to work with these types of currents and voltage sources.

Alternating Current is termed as a current that changes its magnitude and direction periodically.

The figure given below shows the graph of the magnitude of alternating current and a current from DC sources.

Alternating currents are also accompanied by alternating voltages.

One of the advantages of using AC current over DC current is that AC current can be transmitted easily and its voltage can be increased or decreased easily by using transformers.

Apart from these, there are many circuits that are able to produce alternating voltages and current.

Alternating Current

Alternating Current is an electric current that reverses direction cyclically – unlike direct current, which always travels the same way, as is the case with anything powered by a battery, for example.

The magnitude of AC current varies, growing from zero to a positive maximum and then reducing back to zero before the reversal of the current causes the current to gradually reach a negative maximum and then return to zero once again.

The number of times an alternating current repeats a full cycle per second is the frequency and the maximum the current reaches in either direction is its amplitude.

The waveform of an alternating current power circuit is a sine wave.

Placing various components in a circuit powered by an AC source can affect the sine waves for the current and the voltage across the circuit that triggers the current flow, as demonstrated in this tutorial.

Illustrated below is a simple circuit with an alternating current power supply.

The voltage and current in the circuit fluctuate due to the alternating current, as seen in the readings on the meters in the circuit.

The Physics Hypertextbook

An electric current that frequently reverses direction is called an alternating current.

The voltage of an alternating current source varies sinusoidally.

From an engineering standpoint, alternating current systems can be essentially described with three numbers: voltage, frequency, and phase.

Comparing the value of an alternating current to a direct current requires some math.

Alternating current is more dangerous than direct current.

Direct current tends to cause a single muscle contraction often strong enough to force the person away from the current’s source.

Alternating current causes a continuing muscle contraction, often preventing people from releasing their grip on the current’s source.

Definition & Facts

The interval of time between the attainment of a definite value on two successive cycles is called the period, the number of cycles or periods per second is the frequency, and the maximum value in either direction is the amplitude of the alternating current.

Low frequencies, such as 50 and 60 cycles per second, are used for domestic and commercial power, but alternating currents of frequencies around 100,000,000 cycles per second are used in television and those of several thousand megahertz in radar or microwave communication.

For decades, alternating current had the distinct advantage over direct current of being able to transmit power over large distances without great loss of energy to resistance.

The power transmitted is equal to the current times the voltage; however, the power lost is equal to the resistance times the square of the current.

Because of the power loss, these grids used low voltages to maintain high current and thus could only transmit usable power over short distances.

DC power transmission was soon supplanted by AC systems that transmit power at very high voltages and easily use transformers to change the voltage.

Current AC systems transmit power from generators at hundreds of thousands of volts and use transformers to lower the voltage to 220 volts or 120 volts for individual customers.

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Thailand’S Tourism Authority Aims To Attract 10 Million Foreign Tourists In 2022, With India As A Leading Focus

National – The Tourism Authority of Thailand aims to attract 10 million foreign tourists, mostly from ASEAN countries, in 2022 to revive global and domestic tourism industries.

Tourists from ASEAN countries have now become the main target group in Thailand as Chinese tourists, who have always been a major potential group for Thai tourism, had drastically declined as the Chinese government still insists on its “Zero Covid” policy, closing international borders and prohibiting its people from traveling overseas in tour groups, a popular way to travel.

Tanes Petsuwan, Deputy Governor for International Marketing Asia and South Pacific, said that TAT had set a goal for a number of tourists in the “Short-term market” at around 5 million people.

As of Wednesday, TAT and Thai Vietjet Airline had signed a letter of intent, effective for one year, to jointly plan marketing strategies and activities to promote tourism experiences in the ASEAN market in order to stimulate domestic travel in Thailand and increase potential tourists from Vietnam and Cambodia.

The strategies or “Joint promotion” projects may include a package of a flight ticket to Thailand with free unlimited domestic flights in Thailand within one month for Vietnam tourists and a package of a flight ticket to Thailand with a free health check-up package to stimulate the medical tourism market among Cambodian tourists.

Tanes also stated that Thailand may earn more tourism income from Malaysian tourists after Malaysian Prime Minister Ismail Sabri Yaakob paid a visit to Thailand and met Prime Minister Prayut Chan-O’Cha.

Tanes concluded: “Currently, a quarantine for 14-21 days was implemented for all Chinese people who returned to the country. TAT hoped that in the second quarter, we could attract more Chinese tourists and the country would gradually relax its measures in some areas/provinces. The two-three week quarantine on their arrival home was the biggest single negative factor for Chinese tourists currently.”

Tourism Authority Of Thailand

The Tourism Authority of Thailand is an organization of Thailand under the Ministry of Tourism and Sports.

Its mandate is to promote Thailand’s tourism industry, and protect the environment.

An organization called Tourism of Thailand was founded in 1924.

For 50 years, responsibility for attracting tourists to Thailand bounced around between the State Railway of Thailand, the Ministry of Commerce, the Ministry of Transport and the Office of the Prime Minister.

TAT uses the slogan “Amazing Thailand” to promote Thailand internationally.

In 2017, the Thai government approved a 144 million baht budget to fund the Michelin Guide in a five-year contract to create Michelin Guides for Thailand, starting with Bangkok.

At the 69th Cannes Film Festival in 2016 Thailand introduced a cash rebate policy for foreign films shot in Thailand.

Phuket Tourist Association – Official Website For Phuket Tourist Association

Welcome to Phuket, The Pearl of The Andaman, it is my great honor to welcome you all to the official website of Phuket Tourist Association.

This website is created to serve both our members, and to all public, by combining useful tips and information about tourism industry in Phuket.

Entrepreneurs who are interested in the project are invited to join Amazing Thailand Safety and Health Administration.

Phuket Tourist Association

Phuket Tourist Association helps promote and supports business and tourism that are related to a variety fields such as transportation, food, beverage and accommodation.

Tours, tourist services and souvenir business are some additional items within their responsibilities.

The office is situated on Bypass road just a minute away from Tesco Lotus Bypass.

The Official Website Of Tourism Authority Of Thailand

Phuket has a large Chinese influence, so you will see many Chinese shrines and Chinese Restaurants around the city.

A Chinese Vegetarian Festival is held there every year.

While the Chinese community is quite big, there are many other ethnicities bringing all their traditions and festivals from all over the world to Phuket.

Being a big island, Phuket is surrounded by many magnificent Beaches such as Rawai, Patong, Karon, Kamala, Kata Yai, Kata Noi, and Mai Khao.

Visiting Phuket is easy as there are many travel options.

The beaches of the south coast are typically crowded, while the north is far more tranquil.

All the major beaches offer instruction and equipment for diving, Snorkelling, windsurfing and sailing.

Erectile Dysfunction

The term erectile dysfunction is not used for other disorders of erection, such as priapism.

Penile erection is managed by two mechanisms: the reflex erection, which is achieved by directly touching the penile shaft, and the psychogenic erection, which is achieved by erotic or emotional stimuli.

One of the first steps is to distinguish between physiological and psychological ED. Determining whether involuntary erections are present is important in eliminating the possibility of psychogenic causes for ED. Obtaining full erections occasionally, such as nocturnal penile tumescence when asleep, tends to suggest that the physical structures are functionally working.

A significant proportion of men who have no sexual dysfunction nonetheless do not have regular nocturnal erections.

A vacuum erection device helps draw blood into the penis by applying negative pressure.

The first successful vacuum erection device, or penis pump, was developed by Vincent Marie Mondat in the early 1800s.

The Latin term impotentia coeundi describes simple inability to insert the penis into the vagina; it is now mostly replaced by more precise terms, such as erectile dysfunction.

Erectile Dysfunction

Erectile dysfunction may be the first clinical sign of insulin resistance and endothelial dysfunction in young men.

Is erectile dysfunction a reliable proxy of general male health status? The case for the International Index of Erectile Function-Erectile Function domain.

McCabe MP, Althof SE. A systematic review of the psychosocial outcomes associated with erectile dysfunction: does the impact of erectile dysfunction extend beyond a man’s inability to have sex? J Sex Med.

Guidelines on male sexual dysfunction: erectile dysfunction and premature ejaculation.

Levine LA, Dimitriou RJ. Vacuum constriction and external erection devices in erectile dysfunction.

Rajpurkar A, Dhabuwala CB. Comparison of satisfaction rates and erectile function in patients treated with sildenafil, intracavernous prostaglandin E1 and penile implant surgery for erectile dysfunction in urology practice.

An important study that furthers our understanding of how erectile dysfunction can affect a couple’s relationship and helps to define possible strategies that a couple could use to cope with the emotional strain caused by erectile dysfunction.

Erectile Dysfunction: Causes, Treatment, Symptoms, & More

Learn more about the causes of ED. Testing for ED can involve a variety of steps, including a physical examination and examining your health and sexual history.

These tests can help your doctor guide your treatment as well as determine if an underlying condition may be causing your ED. Find out more about how blood tests can help diagnose ED. Treatment for ED will depend on the underlying cause.

Get more information on the medications used to treat ED. Find Roman ED medication online.

Find out more about the effect of lifestyle changes on ED. In cases where medications aren’t effective, your doctor may recommend surgical treatment.

Learn more about aging and ED. You can take several steps to help prevent ED. Many of these steps involve making healthy lifestyle changes.

This can help with the early identification and treatment of conditions that can potentially lead to ED. Find out more ways to prevent ED.What causes erectile dysfunction?

Your specific treatment plan will depend on the causes of your ED, and treatment options will be decided by your doctor.

How To Cure Erectile Dysfunction Naturally And Permanently [10 Days]

Of the various male sexual dysfunctions, erectile dysfunction is one of the most common ones.

When we correct our lifestyle issues, when we start living a healthier life, when we get our bodies back in balance, not only can we cure erectile dysfunction naturally and permanently.

Now, let’s understand how exactly we can overcome erectile dysfunction through natural and healthy lifestyle changes, and for the results to be permanent.

Not only have I overcome erectile dysfunction and gotten my libido back, but my body and mind are also much healthier and happier.

If you want to cure your erectile dysfunction naturally and permanently, I encourage you to take diet super seriously.

Alcohol consumption can also can cause erectile dysfunction.

All of these effects are likely to contribute to or cause erectile dysfunction.

The solar system consists of six planetary satellite system out of which 205 satellites are known to be natural satellites.

The satellite’s size, altitude and design depend on the use of the satellite.

On the basis of the direction of the motion of the satellites and the distance from the Earth’s surface, the artificial satellites are broadly classified into two;.

Geostationary Satellites: The artificial satellites that rotates in the same direction as the earth in their pre-fixed orbits which is around 35, 800 km away from the Earth’s surface are called the geostationary or geosynchronous satellites.

Polar Orbiting Satellites: The artificial satellites that orbit around the north-south orbit passing over the north and the South Pole and is approximately 500-800 km away from the Earth’s surface are called the Polar satellites.

Geostationary SatellitesThese satellites are high orbit satellites that orbit around the earth in approximately 36000 km away orbits.

These satellites are generally used as communication and weather satellites.

Artificial Satellites

Some communication satellites are about 7 m long and have solar panels that extend another 50 m. The largest artificial satellite is the International Space Station.

Altitudes of satellites above the Earth’s surface also vary.

Medium Earth orbit – most MEO satellites are at an altitude of 20,000 km, and time for one orbit is 12 hours.

Navigation satellitesThe GPS is made up of 24 satellites that orbit at an altitude of 20,000 km above the surface of the Earth.

The difference in time for signals received from four satellites is used to calculate the exact location of a GPS receiver on Earth.

Communication system – all satellites need to be able to send and receive data to ground stations on Earth or to other satellites.

Once in orbit, satellites do not need any rockets to keep them moving.

Artificial Satellite

Deviations in artificial satellite orbits can be used to determine the long-wavelength components of the Earth’s gravity field.

Satellites orbit the earth following a trajectory which resembles the Keplerian ellipse that describes the motion in radial field; the higher the satellite is, the closer its orbit to the Keplerian ellipse.

2.7.1.1 Orbiting satellitesAn artificial satellite.

Radio Amateur Satellites Developed by JARLSince 1961, only four years later after the first artificial satellite.

Since the satellite motion precision requirements are constantly increased, we have to improve current models to fulfil these demands and try to decrease satellite orbit calculation errors under 1 meter.

8.11.1 IntroductionOn Oct. 4, 1957, the Soviet Union has launched the first artificial satellite.

First, the Soviet Union shocked the world with the launch of the first artificial satellite.

Artificial Satellites: Types, Functions And Characteristics

We explain what artificial satellites are and the types of satellites that exist.

Artificial satellites are objects that human beings manufacture and launch into outer space with the aim of orbiting a celestial body or a natural satellite.

The purpose of these satellites is to obtain certain useful information about the celestial body or natural satellite that they observe.

Scientific satellites have the function of studying space, radiation or the planets, and applied satellites have a specific function on Earth, such as meteorological observation, military espionage or telecommunications.

Artificial satellites are of great importance in the field of telecommunications because they transmit messages and information from one point on the planet to another.

Unlike artificial satellites, which are created by humans, natural satellites are those that exist naturally in space.

Other natural satellites are: the four main satellites of Jupiter : Io, Europa, Ganymede and Callisto; the largest satellite of Saturn : Titan; the two satellites of Mars : Deimos and Phobos; and the main satellites of Uranus: Titania, Miranda, Ariel, Umbriel and Oberon.

Definition Of Artificial Satellite By The Free Dictionary

According to space news, SpaceX launched the Tesla sports car artificial satellite.

As a payload in the Falcon Heavy test flight in February 2018.In fact, the Soviets had achieved notable firsts in the ‘space race’, launching the artificial satellite.

US Secretary of State Mike Pompeo said that Iranian launch of a missile into space, is an Iranian defiance and a breach of the international agreement, accusing it of forming a missile threat after its failure to fulfill his warnings and move forward in an attempt to put an artificial satellite.

In June, DOST Balik-Scientist Engineer Leo Almazan helped students during a contact with the International Space Station, even interviewing an astronaut on board the habitable artificial satellite.

The full cycle of space technology is based on the use of artificial satellite.

Ground station, rocket launch system and artificial satellite.

Php?flag=T&rep id=15620 The key players engaged in the global ultrasonic motor market include Canon Inc., Ricoh Company Ltd., Micromechatronics, Inc., Nikon Corporation, SHINSEI Corporation, Technohands Co., Ltd., Nidec Corporation, SIGMAKOKI Co.On the other hand, the National Space Development Agency of Japan under the jurisdiction of the Science and Technology Agency of the Japanese government, and Mitsubishi Heavy Industries developed the N-I rocket using liquid fuel by importing technology from the US for launching an artificial satellite.

Satellite

Satellites can operate by themselves or as part of a larger system, a satellite formation or satellite constellation.

The first standardized satellite bus design was the HS-333 geosynchronous communication satellite launched in 1972.

Reconnaissance satellites are Earth observation satellite or communications satellite deployed for military or intelligence applications.

Such a satellite spends most of its time over a single designated area of the planet… [edit] Synchronous orbit: An orbit where the satellite has an orbital period equal to the average rotational period of the body being orbited and in the same direction of rotation as that body.

When satellites reach the end of their mission, satellite operators have the option of de-orbiting the satellite, leaving the satellite in its current orbit or moving the satellite to a graveyard orbit.

India, after launching its first national satellite using a foreign launcher in 1975, tried in 1979 to launch the first satellite using its own launcher before succeeding in 1980.

Brazil, after launching its first national satellite using a foreign launcher in 1985, tried to launch a satellite using its own VLS 1 launcher three times in 1997, 1999, and 2003, but all attempts were unsuccessful.

Artificial Satellites

Artificial satellites are used to study the Earth, other planets, to help us communicate, and even to observe the distant Universe.

There are estimated to be more than 8,000 pieces of space junk; dead satellites or pieces of debris going around the Earth as well.

Satellites are launched into different orbits depending on their mission.

Artificial satellites can have a range of missions, including scientific research, weather observation, military support, navigation, Earth imaging, and communications.

Low orbiting satellites are mostly above the Earth’s atmosphere, but they’re still buffeted by the atmosphere and their orbit eventually decays and they crash back into the atmosphere.

We’ve written many articles about artificial satellites for Universe Today.

You can get more information about satellites from NASA. Here’s a cool realtime satellite tracking system, and here’s Hubblesite.

Satellite Constellation

A satellite constellation is a group of artificial satellites working together as a system.

Unlike a single satellite, a constellation can provide permanent global or near-global coverage, such that at any time everywhere on Earth at least one satellite is visible.

Satellite series or satellite programs, which are generations of satellites launched in succession;.

Satellites in Medium Earth orbit and Low Earth orbit are often deployed in satellite constellations, because the coverage area provided by a single satellite only covers a small area that moves as the satellite travels at the high angular velocity needed to maintain its orbit.

The propagation delay for a round-trip internet protocol transmission via a geostationary satellite can be over 600 ms, but as low as 125 ms for a MEO satellite or 30 ms for a LEO system.

Examples of satellite constellations include the Global Positioning System, Galileo and GLONASS constellations for navigation and geodesy in MEO, the Iridium and Globalstar satellite telephony services and Orbcomm messaging service in LEO, the Disaster Monitoring Constellation and RapidEye for remote sensing in sun-synchronous LEO, Russian Molniya and Tundra communications constellations in highly elliptic orbit, and satellite broadband constellations, under construction from Starlink and OneWeb in LEO, and operational from O3b in MEO. [edit].

Abandoned communication satellite constellation designs Name Operator Constellation design Freq.

Satellite Constellations

We summarise what we can do, as an international community, to work toward solutions to help mitigate the negative impact to astronomy of satellite constellations.

The International Astronomical Union is concerned about the impact of satellite constellations on astronomical investigations.

While there are currently around 2000 active satellites orbiting Earth, the planned satellite constellations could increase this number by tens of thousands in the coming decades.

Despite notable efforts to avoid interfering with radio astronomy frequencies, aggregate radio signals emitted from the satellite constellations can still threaten astronomical observations at radio wavelengths.

Satellite constellations can pose a significant or debilitating threat [Q2] to important existing and future astronomical infrastructures, and the IAU urges their designers and deployers as well as policymakers to work with the astronomical community in a concerted effort to analyse and understand the impact of satellite constellations.

The IAU has supported the efforts of observatories observing the brightness and frequency of satellite constellations.

Topics will include issues like the impact of LEDs and satellite constellations on astronomy as well as our right to view a starry night sky.

Soyuz Rocket Launches 36 OneWeb Satellites Into Orbit For Modified Satellite Internet Constellation

A Soyuz rocket successfully sent 36 OneWeb satellites into orbit Wednesday as the London-based company continues its recovery from a tough 2020.

The European launch provider Arianespace launched the Soyuz rocket from Vostochny Cosmodrome in Russia’s far east at 10:47 p.m. EDT. OneWeb satellites should have begun to deploy in groups of four beginning at 12:05 a.m. EDT, with the ninth and final group expected to deploy at 2:38 a.m. EDT, if all goes according to plan.

The satellite constellation, still under construction, aims to offer access to the Internet in remote areas using multiple Internet protocols, including 3G, LTE, the newest generation 5G and Wi-Fi, according to launch provider Arianespace.

In photos: OneWeb launches global satellite internet constellation.

OneWeb “Is focused on scaling the satellite constellation to launch commercial services starting at the end of 2021 to the UK, Alaska, Canada, northern Europe, Greenland, Iceland, and the Arctic seas,” Arianespace wrote in a mission description.

OneWeb had originally planned to put 48,000 satellites into orbit, but after a tough 2020 it filed a request with the Federal Communications Commission in January proposing 6,372 satellites.

“OneWeb Satellites, a joint venture with Airbus, is manufacturing the satellites and has returned to full production,” OneWeb added, saying it has secured global priority spectrum rights with the International Telecommunications Union to support the growing constellation.

China Launches Test Satellites For Broadband Constellation

HELSINKI – China launched a set of commercial satellites Saturday for testing broadband services, on-orbit networking and integrating communications and remote sensing technologies.

A Long March 2C lifted off from the Xichang Satellite Launch Center in southwest China at 1:01 a.m. March 5, carrying six satellites for private firm Galaxy Space and a further passenger in the Xingyuan-2 remote sensing satellite for startup SpaceWish.

The six satellites for private startup Galaxy Space are designated GS-2, GS-AP01, 02 and 03 and GS-2BP01 and 02, while also bearing secondary names through sponsorship.

Notably the satellite could play an important part in the development of China’s plan to establish a national low Earth orbit broadband megaconstellation.

“These six satellites will form an experimental network integrating communication and remote sensing,” Chang Ming of Galaxy Space told CCTV. “When the whole experimental network forms, it will be verified in various application scenarios. It will also be the first technical verification for China’s low-orbit broadband satellite constellation.”

Verifying the performance of the new satellites in orbit along with its supply chains and mass-manufacturing capabilities could put it in position to make big contributions to the project.

Galaxy Space established a satellite manufacturing factory in Nantong which it says can produce 300-500 satellites per year.

Satellite Constellations

NewSpace is a global industry of private companies and entrepreneurs who primarily target commercial customers, are backed by risk capital seeking a return, and seek to profit from innovative products or services developed in or for space.

Alt.space, NewSpace, entrepreneurial space, and other labels have been used to describe approaches to space development that different significantly from that taken by NASA and the mainstream aerospace industry.

People, businesses and organizations working to open the space frontier to human settlement through economic development.

Space 4.0 is new space, more relaxed, fascinating and comprehensive.

Space 4.0 can be used as a tool to tackle global challenges such as climate change, demographic development, migration, shortage of resources, conflicts and catastrophes, energy, digital divide, health and curiosity.

Space 4.0 will be the driver for contemporary technologies in automation, miniaturisation, advanced manufacturing, machine to machine/human interaction, connectivity, big data, biotechnology and more.

Space 4.0 marks a new era; in which space is an enabler.

Info, News And More…

Welcome to the constellations blog! After a first round in the 90s, the 20s mark the return of the constellations project, at a new scale!

This blog aims to cover this subject, present the projects, the news and my own personal opinion.

This site is maintained by Aldorane consulting services.

China Launches Satellites To Test Low-Orbit Internet Constellation

China on Saturday successfully launched seven satellites from the Xichang Satellite Launch Center in southwest China’s Sichuan Province.

One remote sensing satellite and six low-Earth-orbit broadband communication satellites that will form the first pilot version of a satellite internet constellation were sent into orbit atop a Long March-2C carrier rocket at 2:01 p.m. local time.

The LEO broadband communication satellites, each weighing 190 kilograms, were mass-produced by China’s private satellite developer GalaxySpace.

These satellites will be part of a testing network of satellite internet, nicknamed “Mini-spider Constellation,” the company said.

Together with the company’s first satellite of its kind that was put into orbit two years ago, the seven satellites build a testing network to provide uninterrupted low-orbit satellite broadband communication services for more than 30 minutes at a time, becoming a major experimenting platform for China’s satellite internet constructions.

“Today’s launch proved that China has the capability to build satellite internet constellation at large scale, which includes the ability to mass-produce satellites at low cost as well as to operate in network,” the company’s co-founder Chang Ming told CGTN. “This will promote the development of the technology for integrating remote sensing and low-orbit communication satellites for commercial use,” he said.

China’s GalaxySpace delivers 6 broadband communication satellites.

Launch Vehicle

The Mars 2020 mission was designed to launch at a time when Earth and Mars are in positions in their orbits that is advantageous for spacecraft traveling to and landing on Mars.

This favorable position of the planets means that it takes less launch energy to get to the Red Planet compared to other times when Earth and Mars are in different positions in their orbits around the sun.

When mission planners are choosing among different launch vehicles, they consider how much mass each launch vehicle can lift into space.

The integrated Mars 2020 flight system is similar in size and mass to its predecessor, the Mars Science Laboratory mission.

The Mars Science Laboratory mission had a total launch mass, including the Atlas V-541 that lifted it away from Earth, of about 531,000 kilograms.

Mars 2020 launched on an Atlas V-541, an intermediate-class launch vehicle.

NASA had also successfully used rockets in the same family for prior missions such as Mars Reconnaissance Orbiter, New Horizons, Mars Science Laboratory, and Juno.

Launch Vehicle

A launch vehicle or carrier rocket is a rocket-propelled vehicle used to carry a payload from Earth’s surface to space, usually to Earth orbit or beyond.

A launch system includes the launch vehicle, launch pad, vehicle assembly and fuelling systems, range safety, and other related infrastructure.

Medium-lift launch vehicle: 2,000 to 20,000 kilograms – e.g. Soyuz ST. Heavy-lift launch vehicle: > 20,000 to 50,000 kilograms – e.g. Ariane 5.

In contrast, reusable launch vehicle boosters are designed to be recovered intact and launched again.

A satellite bound for Geostationary orbit can either be directly inserted by the upper stage of the launch vehicle or launched to a geostationary transfer orbit.

Mission architectures for distributed launch were explored in the 2000s and launch vehicles with integrated distributed launch capability built in began development in 2017 with the Starship design.

Both the US Space Shuttle-with one of its abort modes -and the Soviet Buran had a designed-in capability to return a part of the launch vehicle to the launch site via the mechanism of horizontal-landing of the spaceplane portion of the launch vehicle.

Types & Definition

The initial acceleration must also be provided very rapidly in order to minimize both the time that a launch vehicle takes to transit the stressful environment of the atmosphere and the time during which the vehicle’s rocket engines and other systems must operate near their performance limits; a launch from Earth’s surface or atmosphere usually attains orbital velocity within 8-12 minutes.

With the exception of the partially reusable U.S. space shuttle and the Soviet Buran vehicle, all launch vehicles to date have been designed for only a single use; they are thus called expendable launch vehicles.

With costs ranging from more than 10 million dollars each for the smaller launch vehicles used to put lighter payloads into orbit to hundreds of millions of dollars for the launchers needed for the heaviest payloads, access to space is very expensive, on the order of many thousands of dollars per kilogram taken to orbit.

Historically, many launch vehicles have been derived from ballistic missiles, and the link between new countries developing space launch capability and obtaining long-range military missiles is a continuing security concern.

Most launch vehicles have been developed through government funding, although some of those launch vehicles have been turned over to the private sector as a means of providing commercial space transportation services.

Particularly in the United States, there have also been a number of entrepreneurial attempts to develop a privately funded launch vehicle; one company, Space Exploration Technologies, has successfully developed the Falcon family of launch vehicles.

The Saturn family of launch vehicles, which also included the Saturn IB, was the first American launch vehicle family developed specifically for space use.

What Nasa Launch Vehicle Will Replace The Space Shuttle? – EclipseAviation.Com

Is there anything about re? Humans will travel farther into space with NASA’s new Orion spacecraft than they have ever gone before.

With this device, the crew will go to space, perform an emergency abort system, ensure a successful return to Earth, and carry out emergency operations.

3.57 Temperature Stabilization Temperature stabilization in a thermal test is achieved when the controlling temperature location on the test article is within the allowed test tolerance at the specified test temperature and the temperature rate of change is less than a specified value.

3.59 Test Item Failure A failure of a test item is defined as a test discrepancy that is due to a design, workmanship, process, or any quality deficiency in the item being tested.

The only tests allowed prior to the start of protoqualification testing of an item include: a. Wear-in or run-in necessary to achieve a smooth, consistent, and controlled operation of MMAs b. In-process workmanship screening, and c. Burn-in of certain electrical/electronic assemblies to screen out latent defects 4.3.3.2 Protoqualification Test Levels and Durations The protoqualification test level for an environment shall include margin and duration, reduced from that for qualification.

Testing of a unit on an engine during the engine acceptance test firing may be substituted for part of the unit level acceptance test if it can be established that the environments and duration meet the intent of the individual acceptance test criteria, or if such units are not amenable to testing individually.

If the unit being replaced was included in an engine acceptance test firing as part of its acceptance test, then the replacement unit shall either be subjected to such a test on an engine, or shall undergo equivalent unit-level acceptance testing.

Software development testing shall include software unit testing, software unit integration testing, and software/hardware integration testing.

4.5.4 Software Regression Testing Regression testing of affected software unit test cases, software unit integration test cases, software/hardware integration test cases, and software qualification test cases shall be performed after any modification to previously tested software.

Hydro-Québec

Au cours des derniers mois, nos équipes ont déployé des efforts soutenus pour continuer vous offrir une alimentation en électricité fiable et vous accompagner durant cette période particulièrement exigeante pour vous et vos proches.

Sensibles au fait que certains de nos clients pourraient vivre des difficultés financières, nous vous invitons, si vous êtes dans cette situation, conclure dès maintenant une entente de paiement en ligne, dans votre Espace client, ou par téléphone.

Vous pourrez ainsi continuer de bénéficier de la suspension des frais d’administration.

Veuillez noter que depuis le 1er octobre 2020, nous avons recommencé appliquer des frais d’administration aux factures impayées.

Informez-vous sur les mesures de prévention que nous avons mises en place.

Nous restons également en contact étroit avec nos partenaires et nos fournisseurs qui nous procurent des biens et services ou qui travaillent dans l’une ou l’autre de nos installations.

Ainsi, nous continuerons de vous informer en cette période où les préoccupations sont nombreuses.

Hydro-Québec

In the same year, the U.S. Federal Energy Regulatory Commission granted Hydro-Québec a licence to sell wholesale electricity at market prices, enabling Hydro-Québec to expand its market.

Legislation passed in 2000 commits the generation division, Hydro-Québec Production, to provide the distribution division, Hydro-Québec Distribution, a yearly heritage pool of up to 165 TWh of energy plus ancillary services-including an extra 13.9 TWh for losses and a guaranteed peak capacity of 34,342 MW -at a set price of 2.79¢ per kWh.

On December 31, 2013, Hydro-Québec Production owned and operated 61 hydro plants-including 12 of over a 1,000 MW capacity- 26 major reservoirs.

This feature of the Quebec network allowed Hydro-Québec to remain unscathed during the Northeast Blackout of August 14, 2003, with the exception of 5 hydro plants on the Ottawa River radially connected to the Ontario grid at the time.

Hydro-Québec Distribution buys most of its power from the 165-TWh heritage pool provided by Hydro-Québec Production at 2.79¢/kWh.

After the strong rejection of the Suroît project and its subsequent cancellation in November 2004, Hydro-Québec, under the leadership of its new CEO Thierry Vandal, reaffirmed Hydro-Québec’s commitment towards energy efficiency, hydropower and development of alternative energy.

On March 11, 2010, Vermont’s two largest utilities, Green Mountain Power and Central Vermont Public Service, entered into a tentative 26-year deal with Hydro-Québec to purchase up to 225 MW of hydro power from 2012 to 2038.

Hydro-Québec

Dressez une liste des numéros d’urgence, débranchez vos appareils, inspectez vos installations électriques.

Voyez ci-dessous d’autres mesures prendre avant, pendant et après une panne pour bien gérer la situation.

Hydro-Québec Just Signed A $20-Billion Deal With New York State

UPDATED DEC. 1: On Tuesday Hydro-Québec signed a $20-billion deal to supply electricity to New York State for 25 years.

When the arrangement between Hydro and New York State Public Service Commission was first announced on Sept. 20, Quebec Premier François Legault said that the deal, which was in the works for three years, is part of “Making Quebec the green battery of northeastern America.”

Legault also highlighted the work of Hydro-Québec CEO Sophie Brochu and Quebec delegate in New York Catherine Loubier, stating that the announcement is “Huge news for the environment” as renewable energy will replace fossil fuels.

“The State of New York has chosen Quebec. I feel enormous pride. This is a big step forward for Quebec, but also for our planet. It is an important contribution from Quebec to reduce GHGs. The fight against climate change knows no borders.”

The deal involves the delivery of 10.4 terawatt-hours of electricity from Quebec to New York for 25 years, and requires the construction of a new 57.7-kilometre power line connecting to the Champlain Hudson Power Express line, linking La Prairie, Quebec to New York City.

Part of the electricity delivered from Quebec to New York comes from the Apuiat wind project, in which the Innu community is a shareholder.

For more on the hydro electricity contract between Quebec and New York, please visit the Hydro-Québec website.

By Owner “Wireless Microphone” -…

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Audio-Technica

Audio-Technica Corporation is a Japanese company that designs and manufactures professional microphones, headphones, turntables, phonographic magnetic cartridges, and other audio equipment.

The AT-800 series of microphones were introduced in 1978 and in the same year the UK establishment in Leeds began operation.

In 1990s, Audio-Technica introduced several large-diaphragm condenser microphones for studio use: the AT4033 cardioid microphone in 1991, the AT4050 multi-pattern in 1995, and the AT4060 vacuum tube cardioid microphone in 1998; the AT895, a DSP-controlled five-element microphone array providing adaptive directional audio acquisition, was introduced in 1999.

In 2008, the company celebrated the 20th anniversary of supplying microphones for US Presidential Debates.

In 2005, Audio-Technica developed “Uniguard”, a method for making microphones resistant to radio frequency interference from cell phones, Bluetooth devices, wireless computer networks and walkie-talkies.

13 patents were involved in bringing the feature to fruition, as company engineers modified many different elements of microphone construction and operation.

Over 50 existing Audio-Technica microphone models have been upgraded with the new RFI-resistant technology.

Total Produce Completes Syndication Of Financing For Dole Merger

Total Produce plc announced on Monday that it has successfully completed the syndication of its financing arrangements for the purpose of its combination with Dole Food Company, Inc. under Dole plc.

Previously on 14 April, Total Produce announced it had entered into a credit agreement for $940 million senior secured Term Loan B and $500 million senior secured Revolving Credit Facility.

Following “Strong demand”, Total Produce said it revised the arrangements to a $540 million seven-year U.S. dollar senior secured TLB facility, a $300 million senior secured U.S. dollar five-year Term Loan A facility and a $600 million multicurrency senior secured RCF, totalling $1.44 billion.

Coöperatieve Rabobank U.A., Bank of America and Goldman Sachs Bank USA are the joint bookrunners and joint lead arrangers for the RCF and TLA, and Bank of America, Coöperatieve Rabobank U.A. and Goldman Sachs Bank USA are the joint bookrunners and joint lead arrangers for the TLB. Total Produce, which bought a 45 percent stake in dole for $300m in July 2018, reached the agreement with Castle & Cooke, which owns the other 55 percent interest in Dole’s parent company, which was announced on Feb. 17.

Once the transaction has been completed, Total Produce will no longer be listed on Euronext Dublin and the London Stock Exchange, the company said in a statement in February.

The deal will “Simplify the existing structure between the two companies by unifying Dole and Total Produce under common ownership, with the objective of enabling full operational integration, realization of synergies and value creation across the enlarged business,” Total Produce had said.

Dole plc will have an estimated combined 2020 revenue of approximately US$9.7 billion, adjusted EBITDA of approximately US$379 million and total assets of approximately US$4.5 billion.

Demand Destruction

Permanent downward shift on the demand curve of a commodity.

Demand destruction is a permanent downward shift on the demand curve in the direction of lower demand of a commodity, such as energy products, induced by a prolonged period of high prices or constrained supply.

In the context of the oil industry, “Demand” generally refers to the quantity consumed, rather than any measure of a demand curve as used in mainstream economics.

The term has come to some prominence lately as a result of the growing interest in the peak oil theory, where demand destruction is the reduction of demand for oil and oil-derived products.

A familiar illustration of demand destruction is the effect of high gasoline prices on automobile sales.

Demand thereby has been “Destroyed”, shifting the demand curve.

Competition from low priced natural gas, reduced demand for coal due to emission restrictions and uneconomic export situations each play a part.

Phillips & Company

“We have an expectation that inflation will peak and begin to come down this year. To the extent inflation comes in higher or is more persistently highwe would be prepared to move more aggressively by raising the federal funds rate by more than 25 basis points at a meeting or meetings.”

Fed futures markets are predicting about 6-25 basis point rate increases in 2022.

Gas prices have increased by 57% in the last six months and April gasoline futures are suggesting another 6% increase in prices.

The last time gas prices were near these levels, during the Great Financial Crisis, total miles driven barely budged.

Can the Fed orchestrate demand destruction when it comes to food and energy prices?

Rising rates won’t change the rate of consumption in food and gas prices alone-These are basic necessities and it is hard to bend the demand curve.

The real demand destruction will occur in crowding out spending on discretionary items like travel, leisure, dining out, and other service-related industries as consumers pay higher prices at the pump and grocery store.

DEMAND DESTRUCTION

DEMAND DESTRUCTION. On the heels of a dovish Fed meeting and strong employment report the S&P finished the week up better than 2%. Even more compelling, Friday marked the seventh straight session stocks ended the day at a closing all-time high.

Labor costs continue to climb in the face of a surging demand for workers.

Demand destruction comes in many forms and there is a price point in almost every product that forces a change in consumer behavior.

Energy prices continue to climb and with the administration’s pivot back to OPEC to fill increasing demand once again Americans find themselves dependent on foreign oil.

Ask them after energy costs have risen to a point that forces 70’s behavior.

Any rational view of shifting to green energy has to include increased fossil fuel production to meet the needs of a growing economy until green energy can sufficiently scale.

In conclusion, at what price for oil and natural gas does demand destruction take hold forcing both the consumer and industry to cut back.

The term ‘New Normal’ has been used in the first 20 years of the 21st Century more than it was ever used in the preceding 2 centuries combined.

From 9-11 to the great recession to now, the Chinese pandemic, the ‘New Normal’ has morphed into now the ‘newest normal’.

This newest normal has a new phrase that is being bantered around quite a bit by economist, and those who discuss.

Oil Shock Affects Plastics Manufacturing In First Sign Of Demand Destruction

Stratospheric oil prices are flowing through into the plastics industry with producers reducing activity as profit margins collapse, a first sign of the demand destruction that may spread to other sectors.

Several Asian operators of plants that make the petrochemicals used as the building blocks for everything from children’s toys to car interiors have cut processing rates to as low as 80 percent, said five traders at these companies.

The soaring price of crude and question marks over the supply of oil-derived naphtha – a popular feedstock in Asia – from Russia are challenging the economics of producing plastics in crackers in South Korea, Taiwan and Malaysia, said the traders who asked not to be named as the information isn’t public.

As much as 15 percent of Asia’s naphtha imports come from Russia and the Black Sea and Baltic regions, according to industry consultant FGE. Many petrochemical plants have paused purchases from Russia, and are hesitant to buy crude from anywhere at such high levels, given that their finished products won’t be ready for around six weeks or so.

Profit margins from products including ethylene and propylene – which are used to make plastics – were already weak and have shrunk further since Russia’s invasion of Ukraine.

Taiwan’s Formosa Petrochemical Corp. is running crackers at its Mailiao plant at 80 percent to 85 percent, three of the traders said.

Lotte Chemical Titan Holding Bhd. has cut run rates at its facility in Malaysia to below 90 percent and plans to reduce them further if market conditions deteriorate, while Hanwha Total Petrochemical Co., Lotte Chemical Corp. and LG Chem Ltd. in South Korea have lowered processing by 10 percent to 20 percent, the traders said.

Oil Market Update: Demand Destruction On Its Way

Prices have risen as non-energy sanctions have made it more difficult for Western customers to transact for Russian oil.

This adds cost and puts pressure on benchmark prices.

With an immediate OPEC or U.S. driller supply response unlikely, an Iran deal or demand destruction are the only real options to relieve price pressure.

The latter might take higher prices, meaning a 2008 type spike isn’t off the table unless a deal is struck.

In July of 2008, oil prices spiked to a record $147/bbl on supply concerns and surging demand from China.

We previously expected inventory builds in the second half off the year to result in prices moderating.

Prices are now likely to be dictated by the OPEC+ response, U.S. driller activity, and any Iran deal.

What Does Demand Destruction Mean For Downstream Oil And Gas?

Demand destruction occurs when demand for a product or service falls significantly during a very brief time period and there is no evidence or reason to believe that demand will recover for the foreseeable future.

To summarize: demand destruction is the permanent or prolonged loss of demand for a product or service due to a sudden and sustained increase in its price.

How does demand destruction differ from other demand terms such as demand restraint or decreased demand?

A historical example of demand restraint is the rationing measures on gasoline during World War II. What causes demand destruction in oil and gas?

Demand destruction in oil and gas can be due to many factors.

The demand for gasoline in the United States fell significantly during the “Great Recession” of 2008-2009, when global oil demand decreased by over one million barrels per day.

Forward-thinking oil companies are using this time to shore up their mitigation strategies in preparation for any imbalance in the supply and demand of oil and gas.

Canadian Solar – Global

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Canadian Solar Inc.

Canadian Solar was founded in 2001 in Canada and is one of the world’s largest solar technology and renewable energy companies.

It is a leading manufacturer of solar photovoltaic modules, provider of solar energy and battery storage solutions, and developer of utility-scale solar power and battery storage projects with a geographically diversified pipeline in various stages of development.

Over the past 20 years, Canadian Solar has successfully delivered over 59 GW of premium-quality, solar photovoltaic modules to customers across the world.

Since entering the project development business in 2010, Canadian Solar has developed, built, and connected over 6.1 GWp in over 20 countries across the world.

Currently, the Company has around 400 MWp of projects in operation, nearly 6 GWp of projects under construction or in backlog, and an additional 16 GWp of projects in pipeline.

Canadian Solar is one of the most bankable companies in the solar and renewable energy industry, having been publicly listed on the NASDAQ since 2006.

For additional information about the Company, follow Canadian Solar on LinkedIn or visit www.

Canadian Solar Panels

For solar water pumping system quotes please click on the Quote Me button at the bottom right hand corner of the website.

To customers, colleagues, partners, investors and all whose lives we touch.

We do this by providing exceptional products and services that meet the specific needs of customers, employees, partners and investors.

Founded in 2001 in Canada, Canadian Solar operates as a global energy provider with successful business subsidiaries in 18 countries on 6 continents.

Besides serving as a leading manufacturer of solar PV modules and provider of solar energy solutions, Canadian Solar has a geographically diversified pipeline of utility-scale power projects.

With the company’s recent acquisition of Recurrent Energy, Canadian Solar’s total project pipeline is now 9 GW, including an increase in the late-stage project pipeline to 2.4 GW. With two state-of-the-art manufacturing facilities in Ontario, Canadian Solar employs over 8,500 workers worldwide.

Together with Recurrent Energy, Canadian Solar is ushering the way into a new era of clean, competitive, mainstream power.

Canadian Solar Panels

Rigorous quality control and in-house testing facilities guarantee Canadian Solar panels meet the highest quality standards.

Founded in 2001, Canadian Solar is one of the largest manufacturers of solar photovoltaic modules worldwide.

With manufacturing facilities in Canada, Brazil, China, Indonesia, Thailand, and Vietnam, Canadian Solar has successfully delivered 36 GW of solar panels globally.

Canadian Solar is a publicly traded company since 2006 and is one of the more bankable companies in the solar industry.

Canadian Solar produces high efficiency monocrystalline and polycrystalline solar panels.

In August of 2019, all of Canadian Solar’s cell capacity was upgraded to mono-PERC or multi-PERC. On the module product side, Canadian Solar has been producing half-cut cell modules, bifacial modules, multi-bus bar, 166mm wafers and shingled modules.

All series of Canadian solar panels are manufactured to the strictest engineering guidelines, ensuring each cell and module meets international standards for quality and safety.

Canadian Solar

Canadian Solar Inc. is a publicly traded company that manufactures solar PV modules and runs large scale solar projects.

In response to a question about the firm at a news conference, Prime Minister Justin Trudeau said, “We will continue to work very, very closely and follow up with , and all companies that have investments in that area, to ensure they are following Canadian values and Canadian law.” The Globe further uncovered that in 2019 Canadian Solar signed a major agreement with the polysilicon manufacturer GCL-Poly, a company whose Xinjiang subsidiary has ties to forced labour.

Canadian Solar production facilities in Canada, China, Indonesia, Vietnam and Brazil make ingots, wafers, solar cells, solar PV modules, solar power systems, and other solar products.

Canadian Solar offers solar modules, solar power systems, off-grid solar home systems and other solar products.

Canadian Solar can handle the deployment of photovoltaic projects systems, ranging a few hundred kilowatts to mega-watts.

Canadian Solar’s standard modules are powered by 156 x 156 mm mono-crystalline or poly-crystalline solar cells.

Recurrent Energy: Canadian Solar completed the acquisition of solar developer Recurrent Energy from Sharp Corporation for approximately $265 million in 2015.

Canadian Solar Solar Panels At Low Wholesale Prices

Canadian Solar panels use meticulous design and production techniques.

The rigorous quality control and in-house testing facilities guarantee Canadian Solar’s modules meet the highest quality standards possible.

Canadian Solar Inc. is one of the world’s largest solar companies.

As a leading vertically-integrated manufacturer of ingots, wafers, cells, solar modules and solar systems.

Canadian Solar delivers solar power products of uncompromising quality to worldwide customers.

Canadian Solar’s world class team of professionals work closely with our customers to provide them with solutions for all of their solar needs.

Solar Electric Supply only carries genuine Canadian Solar modules intended for distribution in the USA. Contact us toll-free at: 297-0014 for the latest wholesale prices for Canadian Solar panels.

Buy Online For Home, Boat And RV

Canadian company “Canadian Solar” has been producing solar panels since 2001, and it’s one of the Top-10 biggest solar panels manufacturers in the world.

At the same time the price of Canadian Solar panels stays reasonable and competitive.

In every Canadian Solar panels review it is mentioned that these panels excel in low-light conditions.

Canadian Solar panel price doesn’t disappoint either.

Products of Canadian Solar achieved certifications of IEC, TUV, UL. Also Canadian solar is one of the first companies that received the TS16949 certificate of quality for auto-industry, which is way harder to get than ISO9001.

If you are looking to buy Canadian Solar panels, take a look at our stock.

Our managers will be more than happy to tell you everything about Canadian Solar panel prices, warranties and shipping options.

What Is IWMS? Optimizing Your Facilities Management And Real Estate

In addition to processes and workflows, it is important to understand the required output, reports, KPIs and management information from an IWMS and to validate these requirements carefully when selecting your solution.

Not only should an IWMS be based on market sustainability standards like IPD, BOMA, CEN or LEED and BREEAM, it should also connect to other IT solutions, like Enterprise Resource Planning, Human Resources, Building Management Systems or Smart Meters.

These systems, including SAP and Oracle, contain data that is relevant for facility management and real estate management processes.

As an IWMS supports your business processes, you can easily analyze the performance of these processes and ultimately improve efficiency and quality of output.

Gartner published an analysis on IWMS savings, which states that organizations can find a 10-15% cost reduction in space by effective and efficient management, 5-8% costs savings by process improvements and better contracting, and 5-8% savings in lease costs by professional lease administration.

Build your business case for IWMS. Before selecting and implementing an Integrated Workplace Management Systems, we recommend making a business case including internal and external costs and monetary and non-monetary benefits from a three year perspective.

The IWMS deployment and support model is also a part of the business case: is the IWMS installed within your organization or hosted by the vendor? Is application management done internally or outsourced to the vendor? These choices will impact both costs and benefits.

What Is An Integrated Workplace Management System?

Integrated Workplace Management System What is an integrated workplace management system?

An integrated workplace management system is a networked system that helps an organization monitor, manage and make the best use of its real estate, infrastructure and facilities.

It provides insights into and optimization of everything from real estate to capital projects, facilities, maintenance, sustainability and energy.

What are the business benefits of integrated workplace management systems?

Integrated workplace management systems can help businesses more carefully match real estate costs to needs; streamline the creation, execution and tracking of work orders; manage capital projects more carefully; and reduce the cost and time to prove compliance with schedules, budgets, and environmental requirements.

Their integrated nature enables more stakeholders to work together the get the most value from the workplace.

IWMS solutions consist of five major components: real estate and lease management, facilities and space management, maintenance management, capital project management, and environmental sustainability management.

Integrating these related activities promotes effective planning, management, and control of workplace assets.

IWMS contribute to better customer service, greater employee satisfaction and productivity, efficient use of resources, reduced costs, improved business intelligence and decision making, as well as environmental sustainability.

Vendor price quotes are required for IWMS solutions.

What Is Integrated Workplace Management System? – Open Sourced Workplace

Integrated Workplace Management Systems are applications that allow for Lease Management, Move Management, Stack Planning, Project Management, Space Management, and Maintenance Management tasks to be carried out within a single program.

With a carefully designed IWMS, an organization’s FM team can make quick work of space allocation, resource tracking, facility optimization and more- Space IQ. IWMS stands for integrated workplace management system.

Typically, IWMS refers to a cohort of different processes designed to help companies manage, track, and organize their physical workplaces.

This can include real estate, facility budget and maintenance, and management of any other company assets, as well as other considerations like energy and sustainability efforts.

Integrated Workplace Management System is an enterprise platform that supports the planning, design, management, utilization, and disposal of an organization’s location-based assets.

Sending videos online has become a daily activity, especially due to the rise of remote jobs.

The pandemic also forced many people to work from home, which requires you to submit huge videos…. link to Assessing Corporate Sustainability in International Remote Companies.

What Are Integrated Workplace Management Systems?

Functions within IWMS, like space and facility management, real estate portfolio management, maintenance, capital project management and visitor management were seen as on-premise services, so there was no need for a SaaS solution.

In its original form, IWMS plays a crucial role in facility management.

As IWMS moves toward the cloud, there is an opportunity for IWMS to become so much more.

In addition to all of the tasks traditional IWMS manage, cloud-based platforms will evolve into a platform for managing and automating a plethora of other office systems.

Integrated sensors feed data into the IWMS to measure room temperature, equipment condition, lighting, energy consumption, sound levels, and even occupancy trends.

The addition of a cloud-based visitor management system to the IWMS lets you streamline the check-in process.

All of the technology that makes these changes possible originate from an integrated IWMS platform.

Integrated Workplace Management Systems Smartsheet

IWMS stands for integrated workplace management system.

The term “Integrated workplace management system” was first coined by a 2014 Gartner study.

Ultimately, the authors concluded that effective workplace management “Requires modular deployment of a strategic, integrated suite of functionality.” In other words, IWMS only works if the disparate systems are integrated.

Following the Gartner study, several software programs were developed to help integrate existing facility and real estate management systems to provide a comprehensive, high-level view into all underlying workplace data.

Real Estate includes the acquisition and financial management of all property assets.

Strong sustainability management systems will include performance metrics and should integrate with other building management systems to ensure that your goals match industry standards and laws.

A successful workplace management platform should allow you to add modules over time without disrupting your existing flow.

2022 Reviews, Pricing & Demos

CleanMaintCleanMaintCleanMaint, a powerful cleaning service management software, helps in-house teams better manage the more aggressive requirements for sanitization and safety of facilities.

Software pricing tipsRead our Integrated Workplace Management Systems Buyers GuideSubscription modelsPer employee/per month: This model allows you to pay a monthly fee for each of your employees.

Rated best value for moneyTheWorxHubTheWorxHubTheWorxHub is a modular, web-based maintenance management system specifically geared towards senior living facilities.

iOFFICEiOFFICEiOFFICE is a cloud-based integrated workplace management and facilities management solution that helps organizations to manage their business operations and workflows.

Facilities management Facilities management features help users manage physical building space, equipment maintenance, portfolios and records of important data.

Maintenance management Where facilities management modules help users manage buildings, maintenance management tools help users manage assets-such as equipment and vehicles-with the goal of reducing maintenance costs and keeping assets at peak performance.

The main goal of an IWMS is to provide the most useful features for facilities and real estate management within a single software platform.