描述
纸 张: 胶版纸包 装: 平装是否套装: 否国际标准书号ISBN: 9787506242554
内容简介
THIS book continues the series of English translations of the revised and augmented volumes in the Course of Theoretical Physics, which have been appearing in Russian since 1973.The English translations of volumes 2 (Classical Theory of Fields) and 3 (Quantum Mechanics) will shortly both have been published.Unlike those two, the present volume 1 has not required any considerable revision, as is to be expected in such a well- established branch of theoretical physics as mechanics is.Only the final sections, on adiabatic invariants, have been revised by L.P.Pitaevskil and myself….
目 录
Preface to the third English edition .
L.D. Landau—a biography
I. THE EQUATIONS OF MOTION
1. Generalised co-ordinates
2. The principle of least action
3. Galileo‘s relativity principle
4. The Lagrangian for a free particle
5. The Lagrangian for a system of particles
II. CONSERVATION LAWS
6. Energy
7. Momentum
8. Centre of mass
9. Angular momentum
10. Mechanical similarity
III. INTEGIRATION OF THE EQUATIONS OF MOTION
11. Motion in one dimension
12. Determination of the potential energy from the period of oscillation
13. The reduced mass
14. Motion in a central field
15. Kepler‘s problem
IV. COLLISIONS BETWEEN PARTICLES
16. Disintegration of particles
17. Elastic collisions
18. Scattering
19. Rutherford’s formula
20. Small-angle scattering
V. SMALL OS ILLATIONS
……
VI. MOTION OF A RIGID BODY
VII. THE CANONICAL EQUATIONS
L.D. Landau—a biography
I. THE EQUATIONS OF MOTION
1. Generalised co-ordinates
2. The principle of least action
3. Galileo‘s relativity principle
4. The Lagrangian for a free particle
5. The Lagrangian for a system of particles
II. CONSERVATION LAWS
6. Energy
7. Momentum
8. Centre of mass
9. Angular momentum
10. Mechanical similarity
III. INTEGIRATION OF THE EQUATIONS OF MOTION
11. Motion in one dimension
12. Determination of the potential energy from the period of oscillation
13. The reduced mass
14. Motion in a central field
15. Kepler‘s problem
IV. COLLISIONS BETWEEN PARTICLES
16. Disintegration of particles
17. Elastic collisions
18. Scattering
19. Rutherford’s formula
20. Small-angle scattering
V. SMALL OS ILLATIONS
……
VI. MOTION OF A RIGID BODY
VII. THE CANONICAL EQUATIONS
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