Nuclear resonance (NMR) qualitative analysis a non-destructive analytical technique which is used to probe the characteristics of molecular structure. An easy Nuclear magnetic resonance experiment produces data within the type of a spectrum, which is in a position to supply details about:
The categories of atoms present within the sample
The relative amounts of atoms present in an exceedingly sample
The precise environments of atoms inside a molecule
The purity and composition of a sample
NMR Spectroscopy is used mostly by modern chemical laboratories. It's applications had a wide range of disciplines, and the active area of research is development of new methods for NMR. Methods in NMR spectroscopy have relevance to the following disciplines:
Food industry
Polymer industry
Chemical manufacturing industry
Pharmaceutical development and production
Chemical research and development: organic, inorganic and physical chemistry
Biological and biochemical research
Agrochemical development and production
Common applications of NMR Spectroscopy include:
Mixture analysis
Sample purity determination
Raw materials fingerprinting
Analysis of inter- and intramolecular exchange processes
Molecular characterisation
Quantitative analysis
Formulations investigation
Structure elucidation
Quality assurance and control
Chemical composition determination
Reaction mechanism investigation
Compound identification and confirmation
Reaction kinetics examination
Last date updated on September, 2024