Structural identification of organic compounds with spectroscopic techniques

Viac o knihe

This extensive compendium is clearly structured and easy to read, bridging the gap between textbooks focused on spectra interpretation and basic physical principles. The original Chinese editions have sold over 18,500 copies, incorporating the latest global literature and technical insights from spectroscopic instrument manufacturers. Professor Ning covers fundamental methods while presenting advancements in NMR, MS, IR, and Raman spectroscopy, including techniques like pulsed-field gradient, LC-NMR, and DOSY. He emphasizes practical applications of spectroscopic methods, providing detailed interpretations of selected spectra and summarizing interpretation rules. Unique to this work is the comparison of commonalities across different spectroscopic techniques. A notable feature is the discussion of 2D NMR, which begins with pulse sequence units to construct various sequences. One chapter focuses on determining configurations and conformations of organic and biological molecules through spectroscopic methodologies, while another section delves into mass spectra interpretation from soft ionization techniques. The principles of mass analyzers, particularly ion traps, are explored in depth, alongside a concise summary of MS fragmentation and rearrangement, aiding readers in predicting mass spectrometric reactions. The text includes detailed library retrieval methods for mass spectra and recent developments in molecular vibration sp