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Product News
- Bruker Introduces HyperQuant™, a Unique Bench-Top NMR Reader to Quantify Hyperpolarization
- Bruker BioSpin's MRI CryoProbe(TM) Selected for 2008 R&D 100 Award for Enabling Preclinical MRI on...
- Bruker BioSpin 1.7mm MicroCryoProbe(TM) Wins R&D 100 Award for Delivering a Tenfold Jump in NMR...
- NMR Newsletter 07/2008
- ParaVision 5.0 released- Routine Workflow for Preclinical MRI
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Material Research
The role of NMR in Materials Sciences is to give the scientist a tool to correlate the properties and performance characteristics of a material to it’s atomic and chemical structure. By obtaining detailed information about the environment of atoms, arrangement of subunits in polymers or even such processes as dissolution and combustion, NMR can provide material scientists with the necessary information to further enhance the properties of their products.
Polymers can be studied by NMR in different states and under a large variety of conditions.
The miniaturization of structural elements and mechanical components poses completely new challenges to material science.
Ice has sufficient mobile protons to be successfully imaged with conventional MRI.