Mass Spectrometry & Spectroscopy 13 From R&D to QC, making NMR accessible for everyone
The availability of cryogen-free, benchtop NMR has enabled analytical scientists, university teaching courses, and industrial research facilities to bring the NMR technique right into the heart of their labs. Uniquely, broadband benchtop NMR combines the fl exibility of multinuclear analysis with higher portability and without the high upfront and maintenance cost of traditional high-fi eld NMR. This expands benchtop NMR applications across many sectors including pharmaceuticals, batteries, chemicals, and polymers.
By downloading this whitepaper from Oxford Instruments, you will learn:
• The range of chemical, physical and structural information provided by benchtop NMR. • How benchtop NMR is applied in R&D and QA/QC for applications from batteries to food authenticity. • The benefi ts of its fl exibility for education, research and manufacturing. • The specifi c cost savings of benchtop NMR over high fi eld NMR.
Read the whitepaper.
More information online:
ilmt.co/PL/KYZZ 62263pr@reply-direct.com
Transforming polymer analysis with NMR measurements
At every stage of the polymer production process, from Research and Development (R&D) through Quality Assurance (QA) to fi nal Quality Control (QC), accurate measurement techniques are required. A growing number of companies are discovering that benchtop Nuclear Magnetic Resonance (NMR) systems offer a cleaner, faster and more cost-effective way to measure both physical properties and chemical composition. Recent instrumentation advances now additionally enable routine reaction monitoring.
Polymeric materials are critical components in almost every industry and application from healthcare (including drug delivery, implant materials and anti-bacterial coatings), through hi-tech construction materials, to energy systems such as organic photovoltaics, fuel cells and batteries. NMR offers faster and more reproducible testing methods to assure manufacturers on the quality of their products and improve the economics of polymer manufacturing.
Read the full article.
More information online:
ilmt.co/PL/nmdO 62266pr@reply-direct.com
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