Vol.1. Fundamental laws: Mechanics. General remarks -- Lagrange equations -- Examples of constructing the lagrange equations -- Conservation laws -- Motion in a central field -- Collision of particles -- Small oscillations -- Noninertial frames of reference -- Dynamics of rigid bodies -- Hamilton's equations and the Hamilton-Jacobi equations -- Electrodynamics. Vector analysis -- Maxwell's equations -- Einstein's relativity principle -- Relativistic mechanics -- Action of an electromagnetic field -- Electrostatics of point charges-- Magnetostatics of point charges -- Plane electromagnetic wates -- The emission of electromagnetic waves --Quantum mechanics -- The inadequacy of classical mechanics. The analogy between classical mechanics and geometrical optics -- Electron diffraction -- The wave equation -- Operators in quantum mechanics --Expansions in wave functions -- Transformacion of matrix representation -- Motion in a central potential --Electron spin -- The quasi-classical approximation -- Perturbation theory -- Many-electron systems. The atom-- Diatomic molecules -- The quantum Theory of scattering -- The quantum Theory of radiation -- The Dirac equation -- Vol.2. Statistical laws: Statistical physucs -- Equilibrium distribution of molecules in ideal gas-- Boltzmann statistics: translational motion of molecules; gas in an external field -- Boltzmann statistics:vibrational and rotational molecular motion -- Aplications of statistics to electromagnetic fields in vacuum and to crystalline bodies -- The Bose distribution -- The Fermi distribution -- Gibbs statistics --Fluctuations -- Phase equilibria -- Dilute solutions -- Chemical equilibria -- Surface phenomena --Hydrodynamics and gas dynamics -- The general equtions of hydrodynamics -- Some problemas on the motion of a viscous incompressible fluid -- Superfluidity -- One-dimensional steady flow of a compressible gas --Quasi-one-dimensional flow of a gas -- Characteristics of one-dimensional nonsteady isentropic flow -- Simple waves -- One-dimensional nonteady isentropic flow: interaction of simple waves -- Shock waves -- Applications of the theory of shock waves -- Detonation waves -- Electrodynamics of continuous media -- General equations-- Electrostatics of conductors -- Electrostatics of dielectrics -- Direct current -- Magnetic propeties of monferromagnetic media -- Ferromangnetic --The magnetic field of direct current -- Quasi-stationary currents-- Rapidly variable fields -- Theory of dispersion -- Electromanetic waves -- Some applications of The electrodynamics of rapidly variable fields -- Physical kinetics -- General ralationsships - - The transport eq metals
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