Atomic and Nuclear Physics [Paperback]

This book represents a first approach to the physics of the atom and the nucleus. It is considered most desirable that all graduates in pure science, even those who are to specialize in subjects other than physics, should be familiar with the ideas of atomic physics in the broadest sense. This book also provides the groundwork for physics honours students. It is also useful for applied science students in electrical and mechanical engineering and in metallurgy For all such students of pure and applied science, as well as for students following parallel courses in colleges of advanced technology, this book should provide a helpful introduction. With the inclusion of atomic and nuclear physics in the syllabus of high schools many of the chapters should prove useful to the students at high school level. In short this book has been written mainly for students in the high school and in the first two years at university.

International Union of Pure and Applied Physics prescribes the use of S.I. units (Systeme International d’Unites). This book has been written in S.I. Units to conform to the international standards.

Appendix A includes S.I. units and those familiar mainly with c.g.s. Units will find it advantageous.

The chapter on new unstable particles gives some indication of their interpretation. Carbon 12 instead of oxygen 16 has been used as unit of atomic mass.

The quantitative work in the book is consolidated by numerous problems, some of which are worked out in detail. Additional problems have been added at the end of each chapter. Although many of the problems amount to little more than numerical substitutions, experience has shown that they give the student confidence and provide useful ideas about orders of magnitude. 

1.     Kinetic Theory

2.     The Electron

3.     Natural Radioactivity

4.     Radioactive Series and Isotopes

5.     The Electromagnetic Spectrum

6.     Quantum Theory

7.     Spectra

8.     Fine Structure and Electron Spin

9.     Magnetic Effects

10.   Pauli’s Principle

11.   Waves and Particles

12.   Wave Mechanics

13.   The Atomic Theory of Magnetism

14.   The Structure of the Nucleus

15.   Properties and Uses of Natural Radioactivity

16.   Nuclear Bombarding Experiments

17.   The Measurement and Detection of Charged Particles

18.   Accelerating Machines as used in Nuclear Physics

19.   Nuclear Models

20.   Artificial Models

21.   Neutron Physics

22.   Nuclear Fission and its Implications

23.   The Artificial Elements

24.   Thermonuclear Reactions and Nuclear Fusion

25.   Cosmic Rays

26.   Stable and Semi-Stable Particles

27.   Short-Lived Resonance States

Appendices

A.      S.I. Units

B.      The Relativity Theory

C.      The Lande g Factor or Splitting Factor

D.      The Dangers of Atomic Radiations

E.       Table of some Physical Constants in S.I. Units

F.       Complete List of Nuclides

Bibliography

Index.