Feynman R., Leighton R., Sands M. — Lectures on Physics 2 :: Электронная библиотека попечительского совета мехмата МГУ

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Feynman R., Leighton R., Sands M. — Lectures on Physics 2

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Название: Lectures on Physics 2

Авторы: Feynman R., Leighton R., Sands M.

Аннотация:

The Feynman Lectures on Physics is a 1964 physics textbook by Richard P. Feynman, Robert B. Leighton and Matthew Sands, based upon the lectures given by Feynman to undergraduate students at the California Institute of Technology (Caltech) in 1961–63. It includes lectures on mathematics, electromagnetism, Newtonian physics, quantum physics, and even the relation of physics to other sciences.

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1964

Количество страниц: 536

Добавлена в каталог: 10.11.2014

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Предметный указатель

Minkowski space      II-31-12
Modes      I-49-1 ff
Mole (unit)      I-39-10
Molecular attraction      I-1-3 I-12-6
Molecular crystal      II-30-2
Molecular diffusion      I-43-7 ff
Molecular dipole      II-11-1
Molecular motion      I-41-1
Molecule      I-1-3
Moment of force      I-18-5
Moment of inertia      I-18-7 I-19-5
Moment, dipole      I-12-6
Momentum      I-9-1 f I-38-2
Momentum of light      I-34-10 f
Momentum spectrometer      II-29-1
Momentum spectrum      II-29-2
Momentum, angular      I-7-7 I-18-5 I-20-1 I-20-5
Momentum, linear      I-4-7 I-10-1
Momentum, relativistic      I-10-8 f I-16-1
Monatomic gas      I-39-5
Monoclinic cell      II-30-7
Mossbauer, R.      I-23-9
Motion      I-5-1 I-8-1
Motion of charge      II-29-1 ff
Motion, circular      I-21-4
Motion, constrained      I-14-3
Motion, harmonic      I-21-4 I-23-1
Motion, parabolic      I-8-10
Motion, planetary      I-7-1 ff I-9-6 I-13-5
Motors, electric      II-16-1 ff
Moving charge, field momentum of      II-28-2 f
MUSIC      I-50-1
Mutual inductance      II-17-9 ff II-22-16
Nernst heat theorem      I-44-11
Neutron diffusion equation      II-12-7
Neutrons      I-2-4
Neutrons, diffusion of      II-12-6 ff
Newton's Laws      I-2-6 I-7-3 I-7-11 I-9-1 I-10-1 I-11-7 I-12-1 I-39-2 I-41-1 I-46-1 II-7-5
Newton, I.      I-8-4 I-15-1 I-37-1 II-4-10
Newtonmeter (unit)      I-13-3
Nishijima      I-2-9
nodes      I-49-2
Noise      I-50-1
Nonpolar molecule      II-11-1
Nuclear cross section      I-5-9
Nuclear energy      I-4-2
Nuclear forces      I-12-12
Nuclear g-factor      II-34-4
Nuclear interactions      II-8-7
Nuclear magnetic resonance      II-35-10 ff
Nucleus      I-2-4 I-2-8
Numerical analysis      I-9-6
Nutation      I-20-7
Nye, J.F.      II-30-9
Oersted (unit)      II-36-6
Ohm (unit)      I-25-7
Ohm's law      I-25-7 I-43-7
Operator, curl      II-2-8 II-3-1
Operator, divergence      II-2-7 II-3-1
Operator, gradient      II-2-4 II-3-1
Operator, Laplacian      II-2-10
Operator, vector      II-2-6
Optic axis      I-33-3
Optic nerve      I-35-2
Optics      I-26-1 ff
Optics, geometrical      I-26-1 I-27-1
Orbital motion      II-34-3
Orientation polarization      II-11-3 ff
Oriented magnetic moment      II-35-4
Orthorhombic cell      II-30-7
Oscillation, amplitude, of      I-21-3
Oscillation, damped      I-24-3 f
Oscillation, frequency of      I-2-5
Oscillation, period of      I-21-3
Oscillation, periodic      I-9-4
Oscillation, phase of      I-21-3
Oscillator      I-5-2
Oscillator, harmonic      I-10-1 I-21-1 I-21-5 I-23-3
Pappus, theorem of      I-19-4
Parabolic antenna      I-30-6 f
Parabolic motion      I-8-10
Parallel-axis theorem      I-19-6
Parallel-plate capacitor      I-14-9 II-6-11 II-8-3
Paramagnetism      II-34-1 ff II-35-1
Paraxial rays      I-27-2
Partial derivative      I-14-9
Particles, "strange"      II-8-7
Pascal's triangle      I-6-4
Passive circuit element      II-22-5
Pendulum      I-49-6 f
Pendulum clock      I-5-2
Period of oscillation      I-21-3
Periodic time      I-5-1 f
Permalloy      II-37-1 I
Permeability      II-36-9
Perpetual motion      I-46-2
Phase of oscillation      I-21-3
Phase shift      I-21-3
phase velocity      I-48-6
Photon      I-2-7 I-26-1 I-37-8
Physiochemistry of color vision      I-35-9 f
Piezoelectricity      II-11-8
Pines      II-7-7
Planck's constant      I-5-10 I-6-10 I-17-8 I-37-11
Planck, M      I-41-6 I-42-8 I-42-9
Plane lattice      II-30-5
Plane waves      II-21-1 ff
Planetary motion      I-7-1 ff I-9-6 I-13-5
Plasma frequency      II-7-6 II-32-12
Plasma oscillations      II-7-5 ff
Plimpton      II-5-6
Poincare stress      II-28-4
Poincare, H.      I-15-3 I-15-5 I-16-1
Point charge, electrostatic energy of      II-8-12
Point charge, field energy of      II-28-1 f
Poisson's ratio      II-38-2
Polar molecule      II-11-1 II-11-3
Polarization      I-33-1 ff II-32-1
Polarization charges      II-10-3 ff
Polarization vector      II-10-2 f
Polarized light      I-32-9
potential energy      I-4-4 I-13-1 I-14-1
Potential gradient of the atmosphere      II-9-2 f
Power      I-13-2
Poynting, J.      II-27-3
Precession of atomic magnets      II-34-4 f
Precession, angle of      II-34-4
Pressure      I-1-3
Priestly, J.      II-5-6
Principle of least action      II-19-1 ff
Principle of superposition      II-1-3 II-4-2
probability      I-6-1 ff
probability density      I-6-8 f
probability distribution      I-6-7 ff
Propagation factor      II-22-14
Proton      I-2-4
Proton spin      II-8-7
Pseudo force      I-12-10 ff
Ptolemy      I-26-2
Purkinje effect      I-35-2
Pyroelectricity      II-11-8
Quadrupole lens      II-7-4 II-29-6
Quadrupole potential      II-6-8
Quantized magnetic states      II-35-1 ff
Quantum electrodynamics      I-2-7 I-28-3
quantum mechanics      I-2-2 I-2-6 I-6-10 I-10-9 I-37-1 I-38-1
Rabi molecular-beam method      II-35-4 ff
Rabi, I.I.      II-35-4
Radiant energy      I-4-2
Radiation damping      I-32-3 f

Radiation resistance      I-32-1 ff
Radiation, infrared      I-23-8 I-26-1
Radiation, relativistic effects      I-35-1 ff
Radiation, synchrotron      I-34-3 ff I-34-6
Radiation, ultraviolet      I-26-1
Radioactive clock      I-5-3 ff
Radius of electron      I-32-4
Ramsey, N.      I-5-5
Random walk      I-6-5 ff I-41-8
Ratchet and pawl machine      I-46-1 ff
Rayleigh waves      II-38-8
Rayleigh's criterion      I-30-6
Rayleigh's law      I-41-6
Reactance      II-22-11
Reciprocity principle      I-30-7
Rectification      I-50-9
Rectifier      II-22-15
Reflected waves      II-33-7 ff
Reflection      I-26-2 f
Reflection of light      II-33-1 ff
Reflection, angle of      I-26-3
Reflection, internal      II-33-12
Refraction      I-26-2 f
Refraction of light      II-33-1 ff
Refraction, anomalous      I-33-9 f
Refraction, index of      I-31-1 ff
Refractive index      II-32-1 ff
Relative permeability      II-36-9
Relativistic dynamics      I-15-9 f
Relativistic energy      I-16-1 ff
Relativistic mass      I-16-1 ff
Relativistic momentum      I-10-8 f I-16-1
Relativity, galilean      I-10-3
Relativity, of electric field      II-13-6 ff
Relativity, of magnetic field      II-13-6 ff
Relativity, Special Theory of      I-15-1 ff
Relativity, theory of      I-7-11 I-17-1
Resistance      I-23-5
resistor      I-23-5 II-22-4
Resolving power      I-27-7 f I-30-5
Resonance      I-23-1 ff
Resonance in nature      I-23-7 ff
Resonance interaction      I-2-9
Resonance, electrical      I-23-5 ff
Resonant cavity      II-23-6 ff
Resonant circuits      II-23-10 f
Resonant mode      II-23-10
Resonator, cavity      II-23-1 ff
Retarded time      I-28-2
Retherford      II-5-6
retina      I-35-1
Reynolds' number      II-41-5 f
Rigid body      I-18-1
Rigid body, angular momentum of      I-20-8
Rigid body, rotation of      I-18-2 ff
Ritz combination principle      I-38-8
Rods      I-35-1 I-36-6
Roemer, O.      I-7-5
Root-mean-square distance      I-6-6
Rotation in space      I-20-1 ff
Rotation in two dimensions      I-18-1 ff
Rotation, of a rigid body      I-18-2 ff
Rotation, of axes      I-11-3 f
Rotation, plane      I-18-1
Rushton      I-35-9
Rutherford      II-5-3
Rutherford — Bohr atomic model      II-5-3
Rydberg (unit)      I-38-6
scalar      I-11-5
Scalar field      II-2-2 ff
Scalar product      II-25-3 ff
Scattering of light      I-32-5 ff
Schrodinger equation      II-15-12
Schrodinger, E.      I-35-6 I-37-1 I-38-9
Scientific method      I-2-1 f
Screw dislocation      II-30-9
Screw jack      I-4-5
Second (unit)      I-5-5
Seismograph      I-51-5
Self-inductance      II-16-4 II-17-11
Shannon, C.      I-44-2
shear modulus      II-38-5
Shear wave      I-51-4 II-38-8
Sheet of charge      II-5-4
Side bands      I-48-4 f
Simultaneity      I-15-7 f
Sinusoidal waves      I-29-2 f
Skin depth      II-32-11
Slip dislocation      II-30-9
Smoluchowski      I-41-8
Smooth muscle      I-14-2
Snell's law      I-26-3 I-31-2 II-33-1
Snell, W.      I-26-3
Solenoid      II-13-5
Solid-state physics      II-8-6
Sound      I-2-3 I-47-1 I-50-1
Sound, speed of      I-47-7 f
Space      I-8-2
Space-time      I-2-6 I-17-1 II-26-12
Special theory of relativity      I-15-1 ff
Specific heat      I-40-7 f I-45-2 II-37-4
Speed      I-8-2 ff I-9-2
speed of light      I-15-1 II-18-8
Speed of sound      I-47-7 f
Sphere of charge      II-5-4 f
Spherical waves      II-20-12 ff II-21-2
Spin orbit      II-8-7
Spinel      II-37-12
Spontaneous emission      I-42-9
Standard deviation      I-6-9
Statics      II-4-1 f
Statistical fluctuations      I-6-3 ff
Statistical mechanics      I-3-1 I-40-1
Steady flow      II-40-6 ff
Step leader      II-9-10
Stern      II-35-3
Stern — Gerlach experiment      II-35-3 ff
Stevinus, S.      I-4-5
Stokes' theorem      II-3-10
strain      II-38-2
Strain tensor      II-31-11 II-39-1
Streamlines      II-40-6
Stress      II-38-2
Stress tensor      II-3 I-9
Striated muscle      I-14-2
Supermalloy      II-36-9
Superposition      II-13-11 f
Superposition of fields      I-12-9
Superposition, principle of      I-25-2 ff II-1-3 II-4-2
Surface tension      II-12-5
Surface, equipotential      II-4-11 f
Surface, Gaussian      II-10-1
Surface, isothermal      II-2-3
Symmetry      I-1-4 I-11-1
Symmetry of physical laws      I-16-3 I-52-1
Synchrotron      I-2-5 I-15-9 I-34-3 I-34-6 II-17-5
Tamm, I.      I-51-2
Taylor expansion      II-6-7
Temperature      I-39-6 ff
Tensor      II-26-7 II-31-1
Tensor field      II-31-11
Tetragonal cell      II-30-7
thermal conductivity      II-2-8 II-12-2
Thermal conductivity of a gas      I-43-9 f
Thermal equilibrium      I-41-3 ff
Thermal ionization      I-42-5 ff
Thermodynamics      I-39-2 I-45-1 II-37-4
Thermodynamics, laws of      I-44-1 ff
Thompson      II-5-3
Thompson atomic model      II-5-3

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