DiVincenzo pointed out the increasing importance of utilizing nanotechnology and its powerful capabilities to develop solutions related to therapeutics and the environment. As the use of nanotechnology increases, so too will the demand for suitable analytical tools to characterize these structures.
Last fall, PerkinElmer acquired Perten Instruments, the leading supplier of analytical technologies for the grain and cereal markets. As the grain market has stringent regulatory demands, Perten works with suppliers to ensure the quality of the food supply. In areas we have begun to deploy this solution, the fraud drops off pretty quickly. The honey-specific tool delivers targeted and non-targeted analysis to simultaneously identify and quantify a multitude of honey characteristics, as well as frauds, such as the addition of different types of syrup or other sugar solutions.
The database developed for honey profiling contains thousands of authentic samples with worldwide coverage. You can do a measurement in a highly automated NMR with excellent quantitation in a minute or two. You can do it without chromatography, without needing columns, with very little manual interaction.
Yes, it has
But, two trends that quickly became apparent at Pittcon included software collaborations among manufactures and the introduction of handheld Raman spectrometers. Metrohm also chose to partner with Waters, extending the application spectrum of Empower to ion chromatography IC. In a move toward more accessibility of technology across the scientific community, Thermo Fisher Scientific released AppsLab, an open, free online knowledge database containing validated methods for a wide range of common workflows.
The free repository can be accessed at www. Thermo also debuted a product in the handheld Raman spectroscopy department—the Gemini analyzer. Gemini combines FTIR and Raman spectroscopy in a single portable instrument designed for field applications as well as military personnel, bomb technicians, hazmat teams and first responders.
The analyzer includes an extensive library that enables operators to identify unknown solids and liquids. According to founder Rina Dukor, designing the instruments to be portable actually enabled shorter, more efficient light paths, drops in laser power that are now gentler to the sample and faster scanning. When coupled with surface-enhanced Raman scatter substrates or capillaries, the small microscopes can collect a spectrum in 10 seconds, requiring only four to eight spectra to generate a well-defined Raman signature.
Representatives from both Metrohm and Bruker were not shy in their acknowledgment that the handheld Raman market is a crowded one, but both also feel they have targeted aspects that make their new products unique in the industry. With the Metrohm Instant Raman Analyzer, or Mira for short, Metrohm brings the lab to the sample, rather than the traditional vice versa. Through a blend of sampling techniques, Mira integrates seamlessly at all phases of the manufacturing process, bringing an increased level of confidence to identification, screening and confirmation measurements.
Mira offers the choice of three ways to Raman analysis—pre-assembled, industry-specific libraries of compounds, the ability to measure and store user-specific samples for later analysis or a combination of both. This makes Mira ideal for the chemical, polymer and pharmaceutical industries.
Bruker also targeted the demanding pharmaceutical market, focusing on overcoming previous limitations and next-generation technology. The BRAVO handheld Raman spectrometer comes with patented florescence mitigation SSE sequentially shifted excitation to enable measurement of a wider range of raw materials.
It also features Duo LASER excitation with two wavelengths, resulting in high sensitivity across the entire spectral range, and an automated wavenumber calibration for precise measurements. The solutions presented at Pittcon —from LCMS and NMR to software and handheld Raman—are all steps toward making the world a healthier, safer and cleaner place to live. Establish your company as a technology leader.
Science Makes The World A Better Place To Live In Essays
Learn more. Note: If you are using a browser that is not listed here, please do a quick internet search on how to block cookies and tracking for your specific browser. The infrastructure of a country plays an important role in its development. Several roads, bridges and flyovers have been constructed to ease the process of transportation. It takes lesser time to commute to different places. Goods can now be transported to different places in the country in lesser time.
The automobiles, that are again a gift of science, help in the process. Everything is available readily in every part of the country owing to this quick facility. Science has also played an important role in strengthening the export market in the country. The production of various goods has been increased owing to the implementation of scientifically advanced techniques and machinery. There are various agricultural and industrial products that our country can now produce in abundance.
Essay:Has technology made the world a better place to live ? Can someone rate it plz?
Besides fulfilling the requirement of the people dwelling here these are also be exported to other countries. The process of import and export has also been smoothened with the enhancement in the means of communication and transportation. This has helped in the economic development of the country. India has no doubt benefited a lot with the growth and development in the field of science.
Scientific inventions have played a major role in making India. Man has evolved over the ages. He has enhanced his way of living and all this has been possible with the help of scientific inventions. It started with the discovery of fire went on to the invention of wheel, bullock cart and stone tools and then there was no stopping. Man has been inventing newer things by applying science and has enhanced his lifestyle to a great extent ever since.
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Gone are the days when people in India were mainly confined to cottage industries and handicraft businesses. With the growth in science many new businesses have been formed.
Several industries have seen a boom because of the new age scientific equipments and machinery. Science has thus played an important role in the growth of the industrial sector in the country. The establishment of greater number of industries and businesses in the country has increased the employment opportunities. A number of skilled professionals get a chance to fill various positions in these businesses. Many people are trained on the job to carry out different tasks. They aid in the growth of the businesses that in turn helps in the overall economic growth of the country. Newer scientific formulas and techniques have benefited the agricultural as well as industrial sector in India.
Better produce has given rise to the export of various food items. Similarly, the use of advanced equipments helps in the production of various goods that are exported to other countries.
If there is one scientific invention that everyone on this planet is thankful for then that is the means of communication. With the invention of mobile phones, internet and other cost effective mediums of communication, it has become quite easy to exchange ideas with people living in far-away lands. Best practices used across the globe can thus be implemented. Just as many other countries, India has also benefited because of it. Without using scientific methods and techniques we would not have been able to develop the country to the extent it has developed today.
Science plays a major role in making India a better place to live. Scientific inventions have helped in the growth of almost every sector in the country. With the help of these inventions people today have become better equipped to handle various tasks — be it the small household tasks or the big corporate projects. Among the various sectors that have benefitted with scientific discoveries is the agricultural sector. Agriculture is the main source of livelihood for people living in the rural areas of India.
Since centuries the farmers in our country have worked hard day in and day out but still not able to make enough. However, the condition has improved over the last few decades with the advancement in science. The agricultural sector in India has benefitted a great deal with the new scientific techniques to grow and raise the crops. It has been accepted that the age old farming techniques used in our country have become almost mundane.
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