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Hughes, D. O.; Latham, J. L.;
人物简介：
Physics for Chemists and Biologists书籍相关信息
- ISBN：9780820601366
- 作者：Hughes, D. O.; Latham, J. L.;
- 出版社：暂无出版社
- 出版时间：1969-9
- 页数：382
- 价格：$ 146.90
- 纸张：暂无纸张
- 装帧：暂无装帧
- 开本：暂无开本
- 语言：暂无语言
- 适合人群：College students studying physics, chemistry, or biology, educators in these fields, scientists interested in interdisciplinary studies, and anyone looking for an introduction to the fundamental principles of physics relevant to chemistry and biology.
- TAG：Thermodynamics / Electromagnetism / Physics / Quantum Mechanics / College Textbook / Biology / Science Education / Chemistry / Classical Mechanics / Interdisciplinary
- 豆瓣评分：暂无豆瓣评分
- 更新时间：2025-05-16 22:02:24
内容简介：
Contents -
Preface -
1. A SURVEY OF ELECTROMAGNETISM -
1.1. Early Electromagnetic Ideas -
1.2. Quantitative Basis of Electromagnetism -
1.3. Classical Electromagnetic Theory -
1.4. The Nature of Electricity -
2. CURRENT ELECTRICITY -
2.1. Basic Electrical Quantities -
2.2. Alternating Current -
2.3. Circuit Calculations -
2.4. Electrical Measurements -
2.5. The Mechanism of Electrical Conduction -
3. PHYSICAL BASIS OF ELECTRONICS -
3.1. Physical Basis of Thermionic Devices -
3.2. Charged Particles in Electric and Magnetic Fields -
3.3. Physical Basis of Semi-conducting Devices -
3.4. Physical Basis of Photo-electric Devices -
3.5. Integrated Circuits -
3.6. Limitations of Electronics -
4. ELECTRONIC DEVICES AND CIRCUITS -
4.1. Rectification of an Alternating Current -
4.2. Amplification -
4.3. Important Electronic Devices -
4.4. Functional Electronic Circuits -
5. WAVE THEORY AND ELECTROMAGNETIC RADIATION -
5.1. Classical Wave Theory -
5.2. Electromagnetic Radiation -
5.3. Quantum Aspects of Electromagnetic Radiation -
5.4. Interaction of Electromagnetic Radiation with Matter -
5.5. Matter Waves -
6. GEOMETRICAL AND PHYSICAL OPTICS -
6.1. Introduction -
6.2. Reflection and Refraction -
6.3. Refractive Index -
6.4. Principles of Light Scattering -
6.5. Dispersion -
6.6. Thin Lenses -
6.7. Thick Lenses and Lens Systems -
6.8. Lens Aberrations -
6.9. Polarized Light -
6.10. Interference -
6.11. Diffraction -
6.12. Resolving Power -
6.13. Colour -
6.14. Photometry -
7. APPLIED OPTICS -
7.1. Introduction -
7.2. Sources of Electromagnetic Radiation -
7.3. Detectors -
7.4. Dispersion Systems -
7.5. Filters and Monochromators -
7.6. Applications of Interference -
7.7. Sampling Systems -
7.8. Applications of Polarized Light -
7.9. Mirror and Lens Systems -
7.10. Features of Spectroscopic Instrumentation -
7.11. Synopsis of Spectroscopic Techniques -
8. TEMPERATURE -
8.1. The Concept of Temperature -
8.2. Temperature Scales -
8.3. Negative Absolute Temperatures -
8.4. Thermometry -
8.5. Temperature Control -
8.6. Baths and Accessories -
9. HEAT -
9.1. The Nature of Heat -
9.2. The Basis of Heat Transfer -
9.3. Heat Capacity -
9.4. Calorimetry -
9.5. Thermal Methods of Chemical Analysis -
9.6. Low Temperatures -
9.7. High Temperatures -
APPENDIX A. General Electrical Symbols -
APPENDIX B. Resistors, Capacitors and Inductances -
Index -
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