一、光化学分析法 光化学分析法:基于物质光化学性质而建立起来的分析方法。可分为:光谱分析法和非光谱分析法。光谱分析法是指在光(或其它能量)的作用下,通过测量物质产生的发射光、吸收光或散射光的波长或强度来进行分析的方法

一、光分析及其特点 optical analysis and its feature 二、电磁辐射的基本性质 properties of electromagnetic radiation 三、光分析法的分类 classification of optical analysis 四、各种光分析法简介 a brief introduction of optical analysis 五、光分析的进展 development of optical analysis

一、流程 general process 二、光源 light sources 三、原子化装置 device of atomization 四、单色器 monochromators 五、检测器 detector

一、检测器特性 specific property of detector 二、热导检测器TCD thermal conductivity detector 三、氢火焰离子化检测器 flame ionization detector, FID 四、电子捕获检测器 electron capture detector, ECD 五、其他检测器 other detector

Foreword Within the physical sciences, analytical chemistry has probably undergone the most dramatic expansion and development during the past few decades. Consequently, the number of analytical techniques, their degree of sophistication and areas of application have increased tremendously. This poses a problem for the chemical educator: what to include in an undergraduate course and at which level?

电解 0.1 mol/L CuSO4 溶液 阴极反应（-）：Cu2+ + 2e ＝ Cu 阳极反应（+）：2H2O ＝ O2  + 4H+ +4e 电池反应：2Cu2+ + 2H2O = 2Cu + O2 + 4H+

一、概述 generalization 二、X射线与X射线谱 X-ray and X-ray spectrum 三、X射线的吸收、散射和 衍射 absorption, diffuse and diffraction of X-ray

一、电解分析原理与过程 principal and general process of coulometric analysis 二、电量的确定 the quantity of electrical charge 三、电流效率与影响电流 效率的因素 current efficiency and factors effected on current efficiency principle and applications of coulometric analysis

一、X-射线荧光的产生 creation of X-ray fluorescence 二、X-射线荧光光谱仪 X-ray fluorescence spectrometer 三、应用 applications

一、数-模转换(DAC)与计算机控制技术analog-digital converter(ADC) and technology of computer control 二、数据采集技术与模-数转换器（ADC）data collect and digital -analog converter and