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| Fishbane P.M. — Physics For Scientists and Engineers with Modern Physics |
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Название: Physics For Scientists and Engineers with Modern Physics
Автор: Fishbane P.M.
Язык: 
Рубрика: Физика/
Статус предметного указателя: Готов указатель с номерами страниц
ed2k:
Издание: 3rd edition
Год издания: 2005
Количество страниц: 1376
Добавлена в каталог: 19.11.2008
Операции: Положить на полку |
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| Предметный указатель |
Henry (H) 895 910 A-1
Henry, Joseph 895
HERA collider 1253 1266
Herman, Robert 506
Hertz (Hz) 368 A-1
Hertz, Gustav 1143
Hertz, Heinrich 368 951—952 1114
High-pass filter circuit 941
High-voltage lines, transmission of, electric power along 920
Hofstadter, Robert 1266
Holes 754
Holes and semiconductors 1188—1190
Holes shells 1150
Hologram 1065
Hologram, interference 1067
Holography 1050 1065—1067 1170
Holography, uses of 1067
Homopolar generator 871
Hooke'slaw 164 188 371 388
Hooke, Robert 326 974 1039
Horsepower (hp) 173
Hubble parameter 1087 1105 1258—1259
Hubble Space Telescope (HST) 1061
Hubble time 1259
Hubble's Law 1081 1087 1258—1261 1265
Hubble, Edwin 426 1087 1258
Huygens' principle 978—979 985 991
Huygens, Christian 214 974 977
Hybrid semiconductors 754
Hydrodynamics 474
Hydrogen, true spectrum of 1144—1147
Hydrostatics 464
Hyperbola 341 534
Hyperbolic orbit 346
Hyperfine splitting 1216
Hysteresis 883—884 888
Hysteresis loop 883
I-V characteristic 1195
Ice point 497
Ideal gas Carnot engine, finding the efficiency of 582—584
Ideal gas law 500
Ideal gases 491—514 495
Ideal gases and absolute temperature 494—497
Ideal gases, adiabatic transformations of 535—536
Ideal gases, entropy of 594—595
Ideal gases, isothermal transformations of 501 534—535
Ideal gases, temperature of 552
Image 999—1001
Image distance 1009
Image of an extended object 999 1002—1003
Image, inverted 1003
Image, reconstructed 1065
Image, upright 1003
Image, virtual 1000
Image-intensifier tube 1117
Imaging gas 705
Impedance 925 928
Impedance matching 935
Impulse 212
Impulse, angular 297—293
Impulsive forces 212—214
Impurities, acceptor 1191
Impurities, donor 1190
In phase current and voltage 921
Inch (in) 7 9 10 A-1
Incident rays 979
Incident waves, interference of 439
Incoherence 437
Incoherent waves 1030
Incompressibility of fluids 464
Incompressibility of matter 1165—1166
Indefinite integrals 49
Independent-particle model 1217
Index of refraction 952—953 976—977
Induced charge 613
Induced current 848
Induced current and presence of a magnetic field 862
Induced electric dipole moments 639
Induced electric field 730
Induced EMF 848
Induced fission 1226
Induced transition 1140
Inductance 893—898
Inductance finding 896
Inductance measuring 903 910
Inductance, effects of magnetic materials on 897—898
Inductance, LC circuits 910
Inductance, LC circuits, oscillations in 903—905
Inductance, RL circuits, analogy between RC circuits and 901
Inductance, RLC circuits, analogy between damped harmonic motion and 906
Inductive circuit 922—923
Inductive reactance 922—923
Inductors 893 896 910
Inductors, energy in 898—900
Inelastic collisions 216
Inelastic collisions, perfectly inelastic 216—219
Inelastic scattering 1239—1240
Inertia 92
Inertia, law of 89
Inertia, moment of 252
Inertial frames 90 92 99
Inertial mass 92 120 261 356 1102 1105
Infinity, source at 1001
Inflation period 1264
Infrasonic 422
Initial conditions 368
Instantaneous acceleration 37—39 51
Instantaneous angular velocity 248
Instantaneous current 739
Instantaneous power 773
Instantaneous speed 31
Instantaneous velocity 33—35 51 63
insulators 611 626 723 742 753
Integrals, definite 49
Integrals, indefinite 49
Integrals, line 167
Integrals, scaling technique for 558
integrand 49 49 50
Integrated circuits (ICs) 1196
Integration 48 49 164
Integration as inverse of differentiation 50
Intensity in the double-slit experiment 1034—1037
Intensity of radiation 955
Intensity of sound 422
Intensive variables 508
Interatomic bonds 325
Interference 436 456 1029—1049
Interference fringes 1035
Interference fringes from the space between two glass plates 1037—1038
Interference from reflection 1037—1042
Interference hologram 1067
Interference of incident and reflected waves 439
Interference patterns 443 446
Interference phenomena 436
Interference, constructive interference 1032—1033
Interference, destructive interference 1032—1033
Interference, interferometers 1042—1043
Interference, Newton's rings 1039—1040
Interference, spatial see “Spatial interference phenomena”
Interference, standing waves through 437—439
Interference, thin-film interference 1040—1042 1044
Interference, two-source interference pattern 1031—1033
Interference, waves vs. particles 1034
Interference, Young's double-slit experiment 1029—1034
Interference, Young's double-slit experiment, intensity in 1034—1037
Interferometers 1040 1042—1043
Interferometers, Fabry — Perot 1043 1044
Interferometers, Michelson 1042 1044
Interferometers, Michelson, optical 1042—1044
Internal energy 474 500 518
| Internal energy and pressure in gas 532
Internal energy and temperature 530—531
Internal energy as a function of state 539
Internal energy of ideal gas 532—535
Internal energy, change of in thermal transformation 532
Internal forces 105
Internal forces, role in the torque on a system 288
Internal magnetic moment 880
internal resistance 768—769
International System of measurements 4
Intrinsic angular momentum 1148
Intrinsic elemental semiconductors 754 1189
Intrinsic magnetic moments 880 881
Invariance 1095
Invariance under Lorentz transformations 1077
Invariant quantities 1101
Inverse-square force law 340—345
Inverse-square law 676
Inverted image 1003
Ion source 703
Ionization 953
Ionization energy 1101
Ionosphere 953
Ions 611
Iris 1018
Irreversible loss of order 598
Irreversible processes 516—517
Irreversible processes and loss of order 596
Irrotational flow 474
Isobaric transformation 507
Isochore 530 596
Isotherm 517 519 535
Isothermal transformations 507
Isothermal transformations of an ideal gas 534—535
Isotope separation 559
Isotopes 559 1005 1211
Isotropic material 497
Jeans, James 504 1113
Jensen, Hans 1011 1217
Jet engines 220
Josephson effects 1175—1176
Josephson effects, AC 1176
Josephson effects, DC 1175
Josephson junction 1175—1176
Josephson, Brian 1175
Joule (J) 154 173 175 306 A-1
Joule experiment on energy of ideal gas 532—533
Joule experiment on mechanical equivalent of heat 526—527 531
Joule heating 756 886 919 920
Joule heating and eddy currents 857
Joule, James Prescott 201 526 618
Joules per coulomb (J/C) 688
Jupiter 57 339
Keck telescope complex (Hawaii) 1062
Keefe, J.A. 1199
Kelvin (K) A-1
Kelvin form of second law, of thermodynamics 580 600
Kelvin temperature scale 495—496 507 585
Kelvin, Lord (Sir William Thompson) 495
Kepler's laws 340
Kepler's laws, second law 295
Kepler, Johannes 340
kilo- 8
Kilocalorie (kcal) 5 A-1
Kilogram (kg) 4—6 7 A-1
Kilometer (km) A-1
Kilowatt-hour (kWh) 173 A-1
Kinematics 28 51 87 238 A-1
Kinematics of rolling 267—268 A-1
Kinematics of rotations about an axis 246
kinetic energy 151 752—759 175 183 239 1097—1098
Kinetic energy and work 151—182
Kinetic energy at very high speeds 174
Kinetic energy expressing in terms of momentum 210
Kinetic energy of rolling 268—269
Kinetic energy, calculating the rate of change of 796
Kinetic energy, relativistic 174 1105
Kinetic energy, rotational 251—253
Kinetic friction 728—729
Kinetic theory 731 1171
Kinetic theory of gases 548
Kirchhoff's junction rule 772—776 783
Kirchhoff's junction rule, solving for the behavior of multiloop circuits 773—776
Kirchhoff's loop rule 770—772 783 896 905
Kirchhoff, Gustav 770
Kirchhoff, Gustav Robert 504
Laminar flow 474
Large Hadron Collider (LHC) 1177 1237—1238 1253
Large-scale behavior and bosons 1162
Larmor precession 887
laser beam 1170
Lasers 1170
Lasers and bosons 1169—1172
Lasers and cooling down of atoms 1171
Lasers and medicine 1171
Lasers holography 1170
Lasers ranging 1170
Lasers semiconductor 1199
Lasers, Bose — Einstein condensation 1171—1172
Lasers, construction of 1170 1178
Lasers, uses of 1170—1171
Latent heat of vaporization 521—522
Latent heat, fusion of 521—522
Lattice 463
Lattice, structure 525
Lavosier 521 526
Law of addition of velocities 1089
Law of equal action and reaction 98
Law of inertia 89
Law of partial pressures 572
Law of reflection 979 992 998 1009
LC circuits 905 910
LC circuits, energy in 908—909
LC circuits, oscillations in 903—905
Le Verrier, Urbain 356
Leavitt, Henrietta 1258
Length 5 A-1
Length, arc 74
Length, contraction 1082—1084
Length, focal 1002
Length, Planck 1268
Length, proper 1092
Length, units of A-1
Lens-maker's equation 1015
Lenses 1014; see also “Optical instruments”
Lenses converging 1016
Lenses diverging 1016
Lenses objective 1018
Lenses, sign conventions for 1009
Lenz's law 857 893 898 944 945
Lenz's law and forces 860—861
Lenz's law and the direction of induced current 850—852
Lenz, Heinrich Emil 851
Leonardo da Vinci 129
LEP 1256
Lepton number 1242
Leptons 1242—1246
Lever arm 259
Levitated magnet 860
Lifetime 1130
Lifetime of damped harmonic motion 384
Lift 480—481
Light 974—997
Light dispersion 988—991
Light quarks 1245
Light reflection 979—981
Light refraction 981—982
Light switch and current 744
Light total internal reflection 983—985
Light, diffraction of 1050—1052
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