From: ₹600.00
In this workshop, I plan to discuss the internal interaction parameters, the interpretation and prediction of multiplicity patterns. I will provide numerous examples of the analysis of the 1 H NMR spectra, 13 C NMR spectra and also the spectra of selected heteronuclei. Depending on the availability of time, I will discuss the spectra of strong and weakly coupled spin systems.
Prof. N. Suryaprakash, served as the Chairman and Professor at the NMR Research Centre, Indian Institute of Science, Bangalore. His research work is focused on diverse wings of NMR spectroscopy, with a major focus on the manipulation of spin dynamics to design novel NMR techniques to combat inherent challenging problems of NMR spectroscopy, viz., to achieve sensitivity enhancement, higher resolution, discerning of degenerate transitions and facile extraction of spectral information. His designed single and multiple quantum methodologies significantly transformed chiral analysis of molecules in weakly aligned media using 1 H NMR. He has also discovered numerous water compatible weak chiral aligning media that circumvented many inherent limitations of enantiomeric differentiation. His seminal contributions have
catapulted research in NMR spectroscopy, structural chemistry, chiral chemistry and in the field of weak molecular interactions. He is a world renowned leader in
the field of NMR spectroscopy.
Day 1: Introduction of Scalar couplings, Interpretation and identification of
mutliplicity patterns, family tree approach, Analysis of 1 H NMR spectra with
numerous examples, Spectra of strong and weakly coupled spins.
Day 2: 13C NMR, Analysis of spectra of selected heteronuclei
Intended Audience:
MSc and PhD students, practicing NMR spectroscopists
Eligibility:
MSc in Physics, chemistry, biology or pharamaceutical sciences. Previous experience or technical knowledge could be useful, but not a requirement.
Compulsory attendance in all sessions and Completion of MCQs given during the workshop.
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