第一章 绪论,主要讲述三大光谱的作用。(2 学时 )
第二章 质谱,主要讲解质谱的基本知识、类型和电离过程。基本有机化合物的质谱及质谱解析的一般程序。主要熟悉基
本化合物的质谱特征和能判断质谱中的分子离子峰。(3 学时)
第三章 红外光谱,重点为红外光谱的基础知识、几个重要的吸收区段和红外光谱在结构解析中的重要作用,了解红外光
谱的发展及拉曼光谱。(3 学时)
第四章 核磁共振,重点掌握核磁共振(NMR)基础知识,H-NMR 和 C-NMR、图谱的特征结和构解析的程序;简单的信
号归属;熟悉 DEPT 的应用,了解 COSY、HMQC、HMBC 和 NOESY 二维谱图。(12 学时)
第五章 综合解析,主要讲述谱图解析的一般过程和应注意的问题。并对实际例子进行分析。应熟悉图谱解析的过程。
(10 学时)
The first chapter gives general introduction of MS, IR and NMR. (2 credit hours)
The second chapter focuses on the basic knowledge, type and ionization process of mass spectrometry. General
procedures for mass spectrometric and mass spectrometric analysis of basic organic compounds. (3 credit hours)
The third chapter focuses on infrared spectroscopy, focusing on the basic knowledge of infrared spectroscopy, several
important absorption regions and the important role of infrared spectrum in structural analysis, and the development of
infrared spectrum and Raman spectrum. (3 credit hours)
The fourth chapter focuses on NMR nuclear magnetic resonance (NMR) to master the basic knowledge, the program
features of H-NMR and C-NMR, map nodes and structural analysis; signal assignment simple; familiar with the
application of DEPT, COSY, HMQC, HMBC and about NOESY spectra. (12 credit hours)
The fifth chapter is the general analysis of the general process of spectral analysis and the problems that should be paid
attention to. (10 credit hours)
指定教材:有机波谱分析(最新版);孟令芝 龚淑玲 何永炳; 出 版 社:武汉大学出版社
Designated materials: Spectrometric Identification of Organic Compounds (latest edition);
Editor: Zhiling Meng, Shuling Gong, Yongbing He; Wuhan University Press