Цитата(Bogatyr @ Apr 23 2007, 18:04)

Запомнить это не проблема... Еще кто-нибудь показал бы как ими пользоваться, а то в учебниках физики, обычно только их вывод идет и все. Наверно, этим и будет отличаться физика от тех. электродинамики, тем что в физике идет только их вывод, а в тех. электродинамике ими надо еще и уметь пользоваться
Может быть здесь что найдётся ?
Лекции по алгебре и геометрии № 1146082329
Название: Лекции по алгебре и геометрии
Автор: Шарипов Р.А.
Год: 1995-2004
Формат: pdf (rar)
Размер: 9191 KB
Качество: отличное
Язык: Русский, English
В нём(архиве) файлы
Sharipov_KlassElektrodin_Eng.pdf
Sharipov_KlassElektrodin_Rus.pdf
CONTENTS.
CONTENTS. ....................................................................... 3.
PREFACE. .......................................................................... 5.
CHAPTER I. ELECTROSTATICS AND MAGNETOSTATICS.
..................................................................... 7.
§ 1. Basic experimental facts and unit systems. ...................... 7.
§ 2. Concept of near action. ................................................ 13.
§ 3. Superposition principle. ................................................ 15.
§ 4. Lorentz force and Biot-Savart-Laplace law. .................. 18.
§ 5. Current density and the law of charge conservation. ..... 21.
§ 6. Electric dipole moment. ............................................... 24.
§ 7. Magnetic moment. ....................................................... 26.
§ 8. Integral equations of static electromagnetic field. ........... 31.
§ 9. Differential equations of static electromagnetic field. ...... 41.
CHAPTER II. CLASSICAL ELECTRODYNAMICS. ......... 43.
§ 1. Maxwell equations. ...................................................... 43.
§ 2. Density of energy and energy flow for electromagnetic
field. ........................................................................... 46.
§ 3. Vectorial and scalar potentials of electromagnetic
field. ........................................................................... 54.
§ 4. Gauge transformations and Lorentzian gauge. ............... 56.
§ 5. Electromagnetic waves. ................................................ 59.
§ 6. Emission of electromagnetic waves. ............................... 60.
CHAPTER III. SPECIAL THEORY OF RELATIVITY. ..... 68.
§ 1. Galileo transformations. ............................................... 68.
§ 2. Lorentz transformations. .............................................. 73.
§ 3. Minkowsky space. ........................................................ 77.
§ 4. Kinematics of relative motion. ...................................... 82.
§ 5. Relativistic law of velocity addition. .............................. 90.
§ 6. World lines and private time. ........................................ 91.
§ 7. Dynamics of material point. ......................................... 95.
§ 8. Four-dimensional form of Maxwell equations. ............. 100.
§ 9. Four-dimensional vector-potential. .............................. 107.
§ 10. The law of charge conservation. ................................ 112.
§ 11. Note on skew-angular and curvilinear
coordinates. ............................................................. 115.
CHAPTER IV. LAGRANGIAN FORMALISM
IN THEORY OF RELATIVITY. .............................. 119.
§ 1. Principle of minimal action for particles and fields. ...... 119.
§ 2. Motion of particle in electromagnetic field. .................. 124.
§ 3. Dynamics of dust matter. ........................................... 128.
§ 4. Action functional for dust matter. ............................... 133.
§ 5. Equations for electromagnetic field. ............................. 141.
CHAPTER V. GENERAL THEORY OF RELATIVITY. ... 145.
§ 1. Transition to non-flat metrics and curved Minkowsky
space. ....................................................................... 145.
§ 2. Action for gravitational field. Einstein equation. .......... 147.
§ 3. Four-dimensional momentum conservation law
for fields. .................................................................. 153.
§ 4. Energy-momentum tensor for electromagnetic field. ..... 155.
§ 5. Energy-momentum tensor for dust matter. .................. 157.
§ 6. Concluding remarks. .................................................. 160.
REFERENCES. ............................................................... 162.
CONTACTS. ................................................................... 163.
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