Titlebook: Hydrological Processes Modelling and Data Analysis; A Primer Vijay P. Singh,Rajendra Singh,Srishti Gaur Textbook 2024 The Editor(s) (if app

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0921-092X the book is to present the hydrological data analysis procedures. It explains the steps involved in data analysis for easy understanding of the reader, including students and professionals. This book presents 978-981-97-1318-9978-981-97-1316-5Series ISSN 0921-092X Series E-ISSN 1872-4663

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Vijay P. Singh,Rajendra Singh,Pranesh Kumar Paul,Deepak Singh Bisht,Srishti Gaur

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Vijay P. Singh,Rajendra Singh,Pranesh Kumar Paul,Deepak Singh Bisht,Srishti Gaur

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Vijay P. Singh,Rajendra Singh,Pranesh Kumar Paul,Deepak Singh Bisht,Srishti Gauratures from the NMR point of view. The NMR methodology made rapid progress during the past decade using high frequencies of operation that became possible with the advent of superconduc-ting magnets and employing Fourier transform methods coupled with computers for signal averaging and data processi

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Vijay P. Singh,Rajendra Singh,Pranesh Kumar Paul,Deepak Singh Bisht,Srishti Gaur and sugars are dominated by nitrogen-nitrogen or nitrogen-oxygen interactions by way of hydrogen bonds, the best-known of these being the Watson-Crick H-bonds needed for the transfer of the genetic information. The special electronic properties of nitrogen are of importance in many coenzymes. Nitro

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Vijay P. Singh,Rajendra Singh,Pranesh Kumar Paul,Deepak Singh Bisht,Srishti Gauratures from the NMR point of view. The NMR methodology made rapid progress during the past decade using high frequencies of operation that became possible with the advent of superconduc-ting magnets and employing Fourier transform methods coupled with computers for signal averaging and data processi

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Vijay P. Singh,Rajendra Singh,Pranesh Kumar Paul,Deepak Singh Bisht,Srishti Gaureters, as well as new spectral assignment techniques such as two-dimensional NMR methods, have enabled researchers to make almost complete assignments of the .H NMR spectra of peptides containing up to ca. fifteen amino acid residues. The .H NMR spectra of larger peptides and proteins remain only pa

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Vijay P. Singh,Rajendra Singh,Pranesh Kumar Paul,Deepak Singh Bisht,Srishti Gaureters, as well as new spectral assignment techniques such as two-dimensional NMR methods, have enabled researchers to make almost complete assignments of the .H NMR spectra of peptides containing up to ca. fifteen amino acid residues. The .H NMR spectra of larger peptides and proteins remain only pa