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21世纪化学类研究生教材:现代光学分析方法

【摘要】:现代光学分析方法●本书是面向化学学科分析化学专业研究生的“现代光学分析方法”双语课程教材。全书共十一章,主要内容包括:总论、荧光法和磷光法、拉曼光谱法、化学发光法、原子吸收及原子荧光光谱法、发射光谱法、放射化学分析法、结构分析、微波光谱、免疫分析。本书系统地阐述了各主要的光学分析方法的基本原理,并结合最新的文献总结了各方法的应用进展。

现代光学分析方法

●(西北大学,宋正华)

本书是面向化学学科分析化学专业研究生的“现代光学分析方法”双语课程教材。该课程精选国外最新经典教材结合国内分析科学发展趋势自行编写英语教材,目标是力求课程具有科学性、系统性和基础性,同时也兼顾前沿性,使学生不仅能获得分析化学领域比较系统的科学基础知识,也能增强学生了解世界科技最新成果、向国外发表学术成果的能力。全书共十一章,主要内容包括:总论、荧光法和磷光法、拉曼光谱法、化学发光法、原子吸收及原子荧光光谱法、发射光谱法、放射化学分析法、结构分析、微波光谱、免疫分析。本书系统地阐述了各主要的光学分析方法的基本原理,并结合最新的文献总结了各方法的应用进展。

The text is the bilingual curriculum materials of“Modern optical methods of analysis”for graduate students.This text described the basic principles of modern optical methods of analysis systematically,and summarized the application progress of these methods with the latest literature.

Chapter 1 Introduction and Unifying Principles

1.1Definition and classification of optical methods of analysis.

1.2Properties of electromagnetic radiation.

1.3Spectroscopic methods in each region of the electromagnetic spectrum.

1.4Principles of optics and nonspectroscopic methods.

1.5Laws of radiation absorption.

Chapter 2 Fluorimetry and Phosphormetry

2.1Theory.2.2Instrumentation.2.3Applications.

Chapter 3 Raman Spectroscopy

3.1Theory.3.2Instrumentation.3.3Sample handling.3.4Applications.

Chapter 4 Chemiluminescence

4.1Introduction.4.2Chemiluminescence.4.3History of chemiluminescence.

4.4Chemiluminescent compounds:Reaction mechanisms and analytical applications.

Chapter 5 Flame Emission,Atomic Absorption,and Atomic Fluorescence Spectrometry

5.1The flame as a source of atomic vapor.5.2Flame emission spectrometry.(www.chuimin.cn)

5.3Atomic absorption spectrometry.5.4Atomic absorption measurements.

5.5Applications.5.6Atomic fluorescence spectrometry.

Chapter 6 Emission Spectroscopy

6.1Introduction.6.2Principles and theory.6.3Instrumentation.

6.4Qualitative and quantitative analyses.6.5Applications.

Chapter 7 Radiochemical Methods of Analysis

7.1Fundamentals of radioactivity.

7.2Nuclear reactions and types of radioactive decay.

7.3Detection of nuclear radiation.7.4Activation analysis.

7.5Methods involving addition of radionuclide.

7.6Statistical considerations in radiochemical analysis.

Chapter 8 Structural Analysis

8.1General philosophy.8.2X-ray diffraction.

Chapter 9 Microwave Spectroscopy

9.1Theory.9.2Instrumentation.9.3Applications.

Chapter 10 Immunoassay

10.1Introduction.10.2Design format.10.3Labels.10.4Interferences.

Chapter 11 Applications