第4章分子发光分析 Molecular Luminescence Analysis 4.1分子荧光及磷光分析 一、基本原理 1.分子能级、荧光及磷光的产生 。 2.去活化过程 3.定性分析 4.影响荧光及荧强度的因素 5.定量分析 二、荧光仪器 三、磷光分析

第一节质谱分析原理及质谱仪(Mass Spectrograph) 一、基本原理概述 二、质谱仪性能指标 三、仪器组成 第二节质谱图及其应用 一、质谱图(Mass Spectrum) 二、质谱峰类型 三、质谱定性分析 四、质谱定量分析 第三节质谱联用技术(Hyphenated method

Kinematics of particles Kinetics of particles Geostatics and Hydromechanics .Special relativity Dep. physics

Ampere's Circuital Law Example: Long Cylindrical Conductor Example: Toroidal Coil Example: Refraction of Lines of B at a Current Sheet Short Solenoid The Curl of B

Magnetic Induction The Divergence of B Magnetic Monopoles The Vector Potential A A and V Integral of A over a Closed Curve

Continuity Conditions at The Interface Potential Energy Forces on Conductors In The Presence Of Dielectrics Forces On Dielectrics Displacement Current Frequency and Temperature Dependence, Anisotropy

Electric Polarization p Bound Charges Gauss Law Electric Displacemant D

Conduction of Electricity Ohm's Law Non-linear Resistors Resistors Connected Kirchhoff's Lawss Substitution Theorem Mesh Current

Capacitance of An Isolated Conductor Capacitance btwn Two Conductors Potential Energy of a Charge Distribution Energy Density in an Electric Field Forces on Conductors

Electric Charges Solid Angles Gauss' Law Conductors Poisson's Equation Laplace's Equation Uniqueness Theorem Images