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Dec 18
Last Updated on 01 December 2018

From The Past To The Future Learning About The Process NMR And How It Came To Be


When’s the last time you thought about the history of your field?

It can be easy to take for granted the technology we use in the day-to-day, much less the incredible advancements practically served up on a silver platter year after year. Chemistry remains a subtle and overt industry, showing up in pill bottles and packages even as brand new projects are ushered in on a daily basis. The Process NMR is just one of many fascinating results brought by decades of research. If you’ve been thinking of upgrading your workstation?

Consider brushing up on how you, and everyone else, got to this point in the first place.

Chemistry shows up just about everywhere we go. It helps us figure out the minute differences between over-the-counter medication and it underlies much of what we eat at a restaurant. It’s a way to figure out the truths that simmer beneath the surface and a security net for a compound that could go wrong. Today we enjoy steady access to chemistry and all its different forms. A child can learn how to create their own volcano at home with a chemistry set and a recent graduate can consider investing in a desktop NMR to speed up their workweek.

Just like no one element is responsible for everything we smell and touch, so too is chemistry a supplement to many different industries. Drug discovery is a multi-billion dollar industry, with chemists playing an integral role in many points on the map to a safe and effective product. Without the hard work of chemists much of what we use would either be more risky or downright impossible to find. It’s thanks to convenient products like NMR applications, too, that more people can see themselves contributing to a flourishing industry. Shortcuts, big and small, save us valuable time and money.

The number one most studied nuclei, even now, are hydrogen nuclei. Even those with a surface knowledge of chemistry can see why that is! 100 tesla are roughly equivalent to two million times the Earth’s magnetic field, harnessed by chemists to both study the environment and provide more accurate products. Back in 2012 the Los Alamos National Laboratory team set an impressive world record for the strongest nondestructive magnet field. It was determined to be 100 times more powerful than a junkyard magnet and nearly 30 times stronger than the field delivered during an MRI scan.

When you utilize the Process NMR you harness many decades of hard work and history in a bite-sized package. Felix Block and Edward Mills Purcell first demonstrated NMR and what it could do all the way back in the 1940′s. They shared the Nobel Prize for their work in the 1950′s, setting the stage for the NMR spectrometer and its daily application. Nuclear magnetic resonance remains among the top analytical methods to date, as well as the most useful, and modern chemistry wouldn’t be the same without it. NMR applications can be found in a variety of settings, as well as a variety of forms.

An NMR for sale can streamline your process and put you in a good place to redirect your energy elsewhere. It wasn’t until the 1950′s the first commercial spectrometers were created, becoming an irreplaceable tool for today’s research chemists. The portable NMR is a useful resource when you’re constantly on the move, able to situate neatly in new offices. The tabletop NMR, in spite of its deceptive size, provides readings that are just as sensitive and accurate as you’d find in a traditional application.

Appreciate a little history and save time in the process. See what a process NMR can do to help you further chemistry as a whole.

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