Unit 1 数据处理与分析

1.1 APPLICATION OF EXCEL

1.2 APPLICATION OF ORIGIN

Unit 2 光物理

2.1 MODE ANALYSIS OF HE-NE LASER

2.1 He-Ne激光器的模式分析

2.2 MEASUREMENT OF LIGHT SPEED

2.2 光速测量

2.3 EXPEIRMENT OF FOURIER OPTICS

2.3 傅里叶光学实验

2.4 RAMAN SPECTROSCOPY

2.4 拉曼光谱

Unit 3 原子与分子物理

3.1 SPECTRUM OF HYDROGEN ATOM

3.1 氢原子光谱

3.2 ZEEMAN EFFECT

3.2 塞曼效应

3.3 FRANCK-HERTZ EXPERIMENT

3.3 夫兰克—赫兹实验

3.4 DIFFRACTION OF ELECTRON

3.4 电子衍射

3.5 MILLIKAN OIL-DROP EXPERIMENT

3.5 密立根油滴实验

3.6 COMPTON SCATTERING

3.6 康普顿散射

3.7 OPTO-MAGNETIC RESONANCE

3.7 光磁共振

3.8 ELECTRON SPIN RESONANCE

3.8 电子自旋共振

Unit 4 无线电物理

4.1 MICROWAVE TECHNOLOGY

4.1 微波技术

4.2 MICROWAVE＆FERROMAGNETIC RESONANCE

4.2 微波与铁磁共振

Unit 5 等离子体物理

CHARACTERISTICS OF GAS DISCHARGE

气体放电特性研究

Unit 6 核物理

6.1 NUCLEAR MAGNETIC RESONANCE

6.1 核磁共振

6.2 NUCLEAR MAGNETIC RESONANCE IMAGING

6.2 核磁共振成像实验

Unit 7 凝聚态物理

7.1 VACUUM COATING

7.1 真空镀膜

7.2 HIGH-TEMPERATURE SUPERCONDUCTIVITY

7.2 高温超导

7.3 X-RAYS＆STRUCTURE OF MATTER

7.3 X射线与物质结构

7.4 THE STATIC CHARACTER OF GRANULAR MATTER

7.4 颗粒物质的静态特性

7.5 ELECTRO-OPTIC EFFECT OF CRYSTAL AND IT'S APPLICATIONS

7.5 晶体的电光效应及其应用

7.6 RESEARCH ON THE CHARACTERISTICS OF LIQUID CRYSTAL

7.6 液晶特性研究

Unit 8 现代测量技术

8.1 MEASUREMENT OF REFRACTIVITY AND FILM THICKNESS BY ELLIPSOMETRY

8.1 椭圆偏振法测量折射率和薄膜厚度

8.2 SCANNING ELECTRON MICROSCOPE

8.2 扫描电子显微镜

8.3 SCANNING TUNNELING MICROSCOPE

8.3 扫描隧道显微镜

APPENDIX

REFERENCE