一、电路的基本概念和基本定律 二、电路的分析方法

1、互感 2、含有耦合电感电路的分析计算 3、理想变压器

2.1 高频电路中的有源器件 2.2 无源谐振电路分析 2.3 干扰和噪声

第十章电位法和永停滴定法 第一节电化学分析概述 1.电化学分析:根据被测溶液所呈现的电化学性质 及其变化而建立的分析方法 2.分类:根据所测电池的电物理量性质不同分为 (1)电导分析法 (2)电解分析法 (3)电位分析法:直接电位法,电位滴定法 (4)库仑分析法 (5)极谱分析法 (6)伏安分析法

5 separate events must occur: -O must be successfully transported from bulk solution(mass transport) -O must adsorb transiently onto electrode surface (non-faradaic) CT must occur between electrode and (faradaic)

The Economic Case for Electrochemical Innovation New Horizons in Electrochemical Science and Technology. National Academy Press: Washington, D.C., 1986. copyright P.A.Mabrouk, 2001. All rights

Q: What Experiment is This? Excitation Name of experimenttype of excitation time

General Approach to Electrochemical Experiments Identify assumptions Ditusion- ass tran sort +Identify suitable boundary conditions Solye linear diffusion equation (Fick's 2nd law -use Laplace transtorm

华北理工大学：《电化学分析实验》课程教学大纲

Net flow of electrons from MNet flow of electrons from to solute solute to m .Ef more negative than Eredox more positive than Eredox more cathodic more anodic