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| Feynman R.P., Leighton R.B., Sands M. — The Feynman lectures on physics (vol.2) |
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| Предметный указатель |
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
Monoclimc 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-L 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
Neuman, J. von II-12-9
Neutron diffusion equation II-12-7
Neutrons I-2-4
Neutrons, diffusion of II-12-6 ff
Newton, I. I-8-4 I-15-1 I-37-1 II-4-10
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
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
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-37-11
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, M. I-41-6 I-42-8 I-42-9
Planck’s constant I-5-10 I-6-10 I-17-8 I-37-11
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, I. 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 of electric field II-13-6 ff
Relativity of magnetic field II-13-6 ff
Relativity, galilean I-10-3
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, W. I-26-3
Snell’s law I-26-3 I-31-2 II-33-1
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-31-9 ff
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
Thompson scattering cross section I-32-8
Three-body problem I-10-1
Three-dimensional waves II-20-8 f
Thunderstorms II-9-5 ff
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