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

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

"Boys" camera      II-9-10
"Dry" water      II-40-1 ff
"Strange" particles      II-8-7
"Strangeness" number      I-2-9
"Wet" water      II-41-1 ff
Aberration      I-27-7 I-34-10
Absolute zero      I-1-5
Absorption      I-31-8 ff
Absorption coefficient      II-32-8
Acceleration      I-8-8 ff
Acceleration of gravity      I-9-4
Acceleration, components of      I-9-3
Accelerator guide field      II-29-4 ff
Activation energy      I-42-7
Active circuit element      II-22-5
Adams, J.C.      I-7-5
Adiabatic compression      I-39-5
Adiabatic demagnetization      II-35-9 f
Adiabatic expansion      I-44-5
Affective future      I-17-4
Aharanov      II-15-12
Air trough      I-10-5
Algebra      I-22-1 ff
Alnico V      II-37-10
Alternating-current circuits      II-22-1 ff
Alternating-current generator      II-17-6 ff
AMBER      II-1-10
Ammeter      II-16-1
Ampere's law      II-13-4
Ampere, A.      II-13-3
Amperian current      II-36-2
Amplitude modulation      I-48-3
Amplitudes of oscillation      I-21-3
Analog computer      I-25-8
Anderson, C.D.      I-52-10
Angle, of incidence      I-26-3
Angle, of precession      II-34-4
Angle, of reflection      I-26-3
Angstrom (unit)      I-1-3
Angular frequency      I-21-3 I-29-2
Angular momentum of rigid body      I-20-8
Angular momentum, conservation of      I-4-7 I-18-6 I-20-5
Anomalous refraction      I-33-9 f
Antiferromagnetic material      II-37-11
Antimatter      I-52-10 f
Antiparticle      I-2-8
Aristotle      I-5-1
atom      I-1-2
Atom, metastable      I-42-10
Atom, Rutherford — Bohr model      II-5-3
Atom, stability of      II-5-3
Atom, Thompson model      II-5-3
Atomic clock      I-5-5
Atomic currents      II-13-5 f
Atomic hypothesis      I-1-2
Atomic orbits      II-1-8
Atomic particles      I-2-9 f
Atomic polarizability      II-32-2
Atomic processes      I-1-5 f
Attenuation      I-31-8
Avogadro's number      I-41-10
Avogadro, A.      I-39-2
Axial vector      I-52-6 f
Barkhausen effect      II-37-9
battery      II-22-6
Becquerel, A.H.      I-28-3
Bell, A.G.      II-16-3
Benzene molecule      III-49-10 ff
Bernoulli's theorem      II-40-6 ff
Bessel function      II-23-6
Betatron      II-17-5
Biot — Savart law      II-14-10
Birefringence      I-33-3 ff
Blackbody radiation      I-41-5 f
Boehm      I-52-10
Bohm      II-7-7 II-15-12
Bohr magneton      II-34-12
Bohr radius      I-38-6
Bohr, N.      I-42-9 II-5-3
Boltzmann's law      I-40-2 f
Boltzmann, L.      I-41-2
Bopp      II-28-8
Born, M.      I-37-1 I-38-9 II-28-7
Boundary layer      II-41-9
Boundary-value problems      II-7-1
Boyle's law      I-40-8
Bragg — Nye crystal model      II-30-9 ff
Bragg, L.      II-30-9
Breaking-drop theory      II-9-9
Bremsstrahlung      I-34-6 f
Brewster's angle      I-33-6
Briggs, H.      I-22-6
Brown, R.      I-41-1
Brownian motion      I-1-8 I-6-5 I-41-1
Brush discharge      II-9-9
bulk modulus      II-38-3
Calculus of variations      II-19-3
Calculus, differential      I-8-4 II-2-1
Calculus, integral      II-3-1 ff
Cantilever beam      II-38-10
Capacitance      I-23-5
Capacitance, mutual      II-22-17
Capacitor      I-14-9 I-23-5 II-22-3 II-23-2
Capacitor, parallel-plate      I-14-9 II-6-11 II-8-3
Capacity      II-6-12
Capacity of a condenser      II-8-2
Capillary action      I-51-8
Carnot cycle      I-44-5 f I-45-2
Carnot, S.      I-4-2 I-44-2
Carrier signal      I-48-3
catalyst      I-42-8
Cavendish's experiment      I-7-9
Cavendish, H.      I-7-9
Cavity resonator      II-23-1 ff
Center of mass      I-18-1 f I-19-1
Centrifugal force      I-7-5 I-12-11
Cerenkov radiation      I-51-2
Cerenkov, P. A.      I-51-2
Charge density      II-5-4
Charge on electron      I-12-7
Charge separation      II-9-7 ff
Charge, conservation of      I-4-7 II-13-1
Charge, line of      II-5-3 f
Charge, motion of      II-29-1 ff
Charge, sheet of      II-5-4
Charge, sphere of      II-5-4 f
Charged conductor      II-8-2 ff
Chemical energy      I-4-2
Chemical kinetics      I-42-7 f
Chemical reaction      I-1-6 ff
Chromaticity      I-35-6 f
Circuit elements      II-23-1 f
Circuit elements, active      II-22-5
Circuit elements, passive      II-22-5
Circuits, alternating-current      II-22-1 ff
Circuits, equivalent      II-22-10 f
circular motion      I-21-4
Circulation      II-1-5 II-3-8
Classical electron radius      II-28-3
Clausius — Clapeyron equation      I-45-6 ff
Clausius — Mossotti equation      II-11-6 f II-32-7
Clausius, R.      I-44-2 I-44-3
Cleavage plane      II-30-1
Coaxial line      II-24-1
Coefficient of coupling      II-17-14
Coefficient of friction      I-12-4
Coefficient of viscosity      II-41-2
Coefficient, absorption      II-32-8
Coefficient, gravitational      I-7-9
Collision      I-16-6

Collision, elastic      I-10-7
Colloidal particles      II-7-8 ff
Color vision      I-35-1 ff
Color vision, physiochemistry of      I-35-9 f
Complex impedance      I-23-7
complex numbers      I-22-7 ff I-23-1
Complex variable      II-7-2 ff
Compound eye      I-36-6 ff
Compression, adiabatic      I-39-5
Compression, isothermal      I-44-5
Condenser, parallel-plate      I-14-9 II-6-11 II-8-3
Conductivity      II-32-10
Conductivity, thermal      II-2-8 II-12-2
Conductor      II-1-2
cones      I-35-1
Conservation, of angular momentum      I-4-7 I-18-6 I-20-5
Conservation, of charge      I-4-7 II-13-1
Conservation, of energy      I-3-2 I-4-1 II-27-1
Conservation, of linear momentum      I-4-7 I-10-1
Contraction hypothesis      I-15-3
Copernicus      I-7-1
Coriolis force      I-19-8 f
Cornea      I-35-1
Cosmic rays      II-9-2
Couette flow      II-41-10 ff
Coulomb's law      I-28-2 II-4-2 II-5-6
Coupling, coefficient of      II-17-14
covalent bond      II-30-2
Cross product      II-2-8 II-31-8
Cross section for scattering      I-32-7
Crystal      II-30-1 ff
Crystal diffraction      I-38-4 f
Crystal lattice      II-30-3 f
Crystal, geometry of      II-30-1 f
Cubic cell      II-30-7
Curie law      II-11-5
Curie temperature      II-36-13
Curie — Weiss law      II-11-9
Curl operator      II-2-8 II-3-1
Current density      II-13-1
Current, Amperian      II-36-2
Current, atomic      II-13-5 f
Current, eddy      II-16-6
Current, electric      II-13-1 f
Current, induced      II-16-1 ff
Cutoff frequency      II-22-14
d'Alembertian      II-25-8
da Vinci, Leonardo      I-36-2
Debye length      II-7-9
Dedekind, R.      I-22-4
Degrees of freedom      I-25-2 I-39-12
Demagnetization, adiabatic      II-35-9 f
density      I-1-4
Derivative      I-8-5 ff
Derivative, partial      I-14-9
Diamagnetism      II-34-1 ff
Dicke, R.H.      I-7-11
Dielectric      II-10-1 ff II-11-1
dielectric constant      II-10-1 f
Differential calculus      I-8-4 II-2-1
Diffraction      I-30-1 ff
Diffraction by screen      I-31-10 f
Diffraction grating      I-29-5 I-30-3
Diffusion      I-43-1 ff
Diffusion of neutrons      II-12-6 ff
Dipole      II-21-5 ff
Dipole moment      I-12-6 II-6-7
Dipole potential      II-6-4 ff
Dipole radiator      I-28-5 f I-29-3
Dipole, electric      II-6-2 ff
Dipole, magnetic      II-14-7 f
Dirac equation      I-20-6
Dirac, P.      I-52-10 II-2-1 II-28-7
Dislocation      II-30-8 II-30-9
dispersion      I-31-6 ff
Distance      I-5-5 ff
Distance measurement, color brightness      I-5-6
Distance measurement, triangulation      I-5-6
Divergence      II-25-7
Divergence operator      II-2-7 II-3-1
Domain      II-37-6
Doppler effect      I-17-8 I-23-9 I-34-7 I-38-6
Dot product      II-2-4 II-25-3
double stars      I-7-6
Drag coefficient      II-41-7
Dynamics      I-7-2 f I-9-1
Dynamics, relativistic      I-15-9 f
Eddy current      II-16-6
Efficiency of ideal engine      I-44-7 f
Einstein, A.      I-2-6 I-7-11 I-12-12 I-15-1 I-16-1 I-41-8 I-42-8 I-42-9
Elastic collision      I-10-7
Elastic constants      II-39-6 II-39-10
Elastic energy      I-4-2 I-4-6
Elastic materials      II-39-1 ff
Elastica      II-38-12
Elasticity      II-38-1 ff
Elasticity tensor      II-39-4 ff
Electret      II-11-8
Electric charge density      II-2-8 II-4-3
Electric current      II-13-1 f
Electric current density      II-2-8
Electric current in the atmosphere      II-9-2 f
Electric Dipole      II-6-2 ff
electric field      I-2-4 I-12-7 II-1-2 II-1-3 II-6-1 II-7-1
Electric field, relativity of      II-13-6 ff
Electric flux      II-1-4
Electric potential      II-4-4
Electric susceptibility      II-10-4
Electrical energy      I-4-2 II-15-3
Electrical forces      II-1-1 ff II-13-1
Electrodynamics      II-1-3
Electrodynamics, relativistic notation      II-25-1 ff
Electromagnet      II-36-9 ff
Electromagnetic energy      I-29-2
electromagnetic field      I-2-2 I-2-5 I-10-9
Electromagnetic mass      II-28-3 f
Electromagnetic radiation      I-26-1 I-28-1
Electromagnetic waves      II-21-1 f
Electromagnetic waves, cosmic rays      I-2-5
Electromagnetic waves, gamma rays      I-2-5
Electromagnetic waves, infrared      I-2-5 I-23-8 I-26-1
Electromagnetic waves, light      I-2-5
Electromagnetic waves, ultraviolet      I-2-5 I-26-1
Electromagnetic waves, x-rays      I-2-5 I-26-1
Electromagnetism      II-1-1 ff
Electromagnetism, laws of      II-1-5 ff
Electromotive force      II-16-2
Electron      I-2-4 I-37-1 I-37-4
Electron cloud      I-6-11
Electron microscope      II-29-3 f
Electron volt (unit)      I-34-4
Electron, charge on      I-12-7
Electron, radius of, classical      I-32-4
Electron-ray tube      I-12-9
Electronic polarization      II-11-1 ff
Electrostatic energy      II-8-1 ff
Electrostatic energy in nuclei      II-8-6 ff
Electrostatic energy of a point charge      II-8-12
Electrostatic energy of charges      II-8-1 f
Electrostatic energy of ionic crystal      II-8-4 ff
Electrostatic equations      II-10-6 f
Electrostatic field      II-5-1 ff II-7-1
Electrostatic field of a grid      II-7-10 f
Electrostatic field, energy in      II-8-9 ff
Electrostatic lens      II-29-2 f
Electrostatic potential, equations of      II-6-1
Electrostatics      II-4-1 ff II-5-1
ellipse      I-7-1
Emissivity      II-6-14
Energy      II-22-11 f

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