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Physics for Chemists and Biologists
Physics for Chemists and Biologists
 
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Product Code: 9780820601366

Description
 
ISBN-13/EAN: 9780820601366
Author: D.O. Hughes
J.L. Latham
Chemical Publishing
Book - Hardback
Pub Date: Feb 13, 1969
382 Pages
Features

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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