Titlebook: Classical and Quantum Molecular Dynamics in NMR Spectra; S?awomir‘Szymański ,Piotr Bernatowicz Book 2018 Springer International Publishing

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Rashmi Rangarajan,Samran Daneshfarreedom are quantized. This approach can fail for atomic groupings of a periodic structure whose topomers differ by permuted labels of light nuclei such as protons or deuterons, and are separated by low energy barriers. The spectra of such systems can show apparent proton-proton or deuteron-deuteron

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Hajime! はじめ! Karate as Academic Salvationr transition metal polyhydride complexes in solution, for which anomalously large, apparent proton–proton couplings were reported. They were once recognized, not without astonishment, to be of the same origin as the rotational tunneling effects in solids. The representative experimental material wil

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My PhD Saved My Sanity and My Lifecent twenty years both theoretical and experimental evidences of exceptions from this general rule have been reported. They involve methyl groups undergoing the rotational tunneling. This chapter gives an outline of the relevant theory and experimental confirmations thereof. On this background, temp

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R. R. Leker M.D.,S. Constantiniics in condensed phases using lineshape methods. Chapters?., . and . involve expanded and deepened presentation of the issues announced in Chap.?.. In Chaps.?., . and . manifestations of quantum molecular dynamics in NMR spectroscopy are discussed.

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R. R. Leker M.D.,E. Shohami,S. Constantinioscopy. In terms of this model, basic principles of the modern PFT NMR are exposed. Then, multi-spin systems are considered, using both the standard Hilbert space formalism and the Liouville representation of quantum mechanics. This is followed by introduction to solid state NMR. Finally, the idea of two-dimensional spectroscopy is outlined.

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