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| Fishbane P.M. — Physics For Scientists and Engineers with Modern Physics |
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Íàçâàíèå: Physics For Scientists and Engineers with Modern Physics
Àâòîð: Fishbane P.M.
ßçûê: 
Ðóáðèêà: Ôèçèêà/
Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö
ed2k:
Èçäàíèå: 3rd edition
Ãîä èçäàíèÿ: 2005
Êîëè÷åñòâî ñòðàíèö: 1376
Äîáàâëåíà â êàòàëîã: 19.11.2008
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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| Ïðåäìåòíûé óêàçàòåëü |
Sound, cancellation of 435
Sound, Doppler shift for 426
Sound, speed of 409—410 419
Sound, speed of, in solids 409
Soundwaves 407 409 418—422 443
Soundwaves, hearing sounds 421—422
Soundwaves, nature of 418—419
Soundwaves, standing 419—421
Source 999
Source distance 1009
Source-image-focal-length relation 1006
Sources of electromotive force 766
South pole 792
Spark coil 920
Spatial interference phenomena 443—446
Spatial interference phenomena, maxima/minima, locations of 444—446
Special relativity 3
Special theory of relativity 1073—1011
Special theory of relativity, Einstein postulates 1076—1077
Special theory of relativity, length contraction 1082—1084
Special theory of relativity, Lorentz transformations 1090—1096
Special theory of relativity, Michelson — Morley experiment 1074—1076
Special theory of relativity, momentum and energy in special relativity momentum 1096—1101
Special theory of relativity, relativistic Doppler shift 1085—1090
Special theory of relativity, space, time and simultaneity 1078—1079
Special theory of relativity, time dilation 1079—1082
Special theory of relativity, twin paradox 1082
Specific gravity 464
Specific heat 518
Spectral lines 1052 1086—1087
Spectral lines, Doppler broadening of 1234
Spectrographs 1052
Spectrometer, mass 1212
Spectrometer, X-ray 1064
Spectroscopes 1052
Spectroscopy 1138
Spectrum 1052
Speed 31 41 A-1
speed of light 943 948 966 975—977
Speed of light in a vacuum A-2
Speed, airstream 481
Speed, angular 74 76
Speed, average 32
Speed, root-mean-square (rms) 550
Speed, traveling waves 409—410
Speed, units of A-1
Spherical mirrors 1001—1009
Spherical mirrors, concave mirror 1001—1004
Spherical mirrors, convex mirror 1004—1006
Spherical mirrors, magnification 1007—1009
Spherical mirrors, refraction 1009—1014
Spherical mirrors, relation between source distance and image distance 1006
Spherically symmetric charge, distribution 626
Spherically symmetric object, gravitational force due 349—351
Spin 887 1151
Spin, electrons 1147—1151 1156
Spin, nucleus 1215—1216
Spin-orbit coupling 1217
Spin-orbit term 1151
Spiral 799
Split-ring commutator 809
Spoilers 481
Spontaneous fission 1226
Spontaneous processes 577—579 594 599 600
Spontaneous processes, direction of 592—593
Spontaneous transitions 1169
Spontaneously emitted photons 1169
SppS collider 1253
Spring constant 164 326 371
Spring force 170 188—189;
Spring force, path dependence 170
Springs and simple harmonic, motion 371—374
SQUID (Superconducting Quantum Interference Device) 1176
St. Elmo's fire 703
Stable equilibrium 193 194—195 204 314 594
Standard model of fundamental particles and interactions 1250—1251
Standard temperature and pressure (STP) 510 562
standing waves 599 44—18 456
Standing waves and energy 417—418
Standing waves harmonics 416—417
Standing waves in two and three dimensions 417
Standing waves modes 415
Standing waves sound 419—421
Standing waves through interference 437—439
Standing waves, frequencies of 416
Stanford Linear Collider (SLC) 1253 1266
Star-quake 1168
Starlight, Doppler shift of 1086
State of gases, equation of 499—503
State of maximum entropy 594
States 464
States of matter 462—464
States of matter, gases 463
States of matter, liquids 464
States of matter, solids 463
Static equilibrium 320 333 336
Static friction 728—729 132—133 137—138
Static magnetic fields 796
Statics 313—337
Statics for rigid bodies 313—316
Statics, applications of 318—323
Statics, applications of, underdetermined systems 322—323
Stationary states 1140
Statistical mechanics 491—492
Statistical physics 548—549
Steady flow 474
Steady-state behavior 767
Stefan — Boltzman formula 504—505 513
Stefan, Josef 504
Step-down transformers 919
Step-up transformers 919
Stern — Gerlach experiment 1145 1147
Stern, Otto 1145
Stimulated transitions 1169
Stirling engines 586—587
Stirling engines, finding the efficiency of 587
Stirling, Robert 586
STM (scanning tunneling, microscopy) 1200—1201
Stoke's law 489 659
STP (standard temperature and, pressure) 510 562
Straight-line motion 28—59
Straight-line motion, acceleration 36—48
Straight-line motion, freely falling objects 44—45
Straight-line motion, integration/motion in one dimension 48—51
Strains, compressional 325
Strains, critical 328
Strains, relationship between stresses and 326—328
Strains, shear 326
Strains, volume 326
Strange quarks 1245
Streamlines 474
streamtube 475
Strength, dielectric 726 732
Strength, tensile 327—329
Stresses, critical 328
Stresses, longitudinal 325
Stresses, relationship between strains and 326—328
Stresses, shear 326
Stresses, volume 326
Strong force 141—142 1246 1264
Subatomic systems 1237—1238
Substrate 1198
Subtraction, vectors 18
Sulfur hexafluoride 1156
Sun, energy output of A-4
Sun, temperature of 496
Superconductivity 755 1172—1176
Superconductivity and magnetism 886
Superconductivity pairs, tunneling of 1174—1176
Superconductivity, and MRI 1172 1177
| Superconductivity, BCS theory 1173
Superconductivity, Cooper pairs 1173
Superconductivity, flux quantization 1174
Superconductivity, Josephson effects 1175—1176
Superconductors 611 742 752 755 886 889
Superfluidity 1176—1178
Superposition 637—638
Superposition and interference of waves 435—461
Superposition principle 344—345 356 438—439 621 627
Superposition principle, beats 459—442
Superposition principle, coherence 436—457
Superposition principle, interference 436
Superposition principle, pulses 446—452
Superposition principle, spatial interference phenomena 443—436
Surface charge density 623
Symmetry in drawing electric field lines 641
Systeme Internationale (SI) 5 600 A-1
Systeme Internationale (SI), base units A-1
Systeme Internationale (SI), conversion to non-SI units A-1
Systeme Internationale (SI), derived units A-1
Systems, energy of 189—190
Tangential acceleration 140
Tangential forces 139—140
TAT-8 985
Taylor expansion 376
Technology, electric potential in 703—707
Technology, electric potential in field-ion microscope 704—705
Technology, electric potential in quantum engineering 706—707
Technology, electric potential in Van de Graaff accelerator 703—704
Technology, electric potential in xerography 705
Teflon 747
Telescopes 1021—1022
Telescopes, modern telescopes, construction of 1022
Telescopes, mosaic telescopes 1022
Telescopes, resolution of 1059 1061—1062
Temperature coefficient of resistivity 748
Temperature gradient 524
Temperature(s) and ideal gases 491—514
Temperature(s) and ideal gases absolute temperature 494—497
Temperature(s) and thermal equilibrium 492—493
Temperature(s) equation of state of gases 499—503
Temperature(s) occurring in nature 496
Temperature(s) of the sun 496
Temperature(s) thermal expansion 497—499
Temperature(s), absolute 494—497
Temperature(s), atmospheric temperature with height 537
Temperature(s), background radiation of the universe, discovery/measurement of 506
Temperature(s), background temperature of the universe 503—506
Temperature(s), blackbody radiation 503—506
Temperature(s), Boyle 512
Temperature(s), Celsius scale 496—497
Temperature(s), critical 752 755
Temperature(s), Curie 882
Temperature(s), Debye 1182
Temperature(s), Fahrenheit scale 497
Temperature(s), Fermi 1178
Temperature(s), Kelvin scale 495—496 507 585
Temperature(s), Rankine scale 509
Temperature(s), Reaumur scale 509
Temperature(s), thermometers 493—494
tensile strength 327—329
Tension 122—123 525
terminal velocity 118
Terminal voltage 767
Tesla (T) 794—795 812 A-1
Tesla, Nikola 795
Test charge 633
TEVATRON collider 1253 1255 1266
Theory of special relativity 865 943
thermal conductivity 524 538 541
Thermal contact 492
Thermal energy 151 198 500 515 516 518 523 525—527 530—531 535;
Thermal equilibrium 492—495
Thermal equilibrium and radiation 503
Thermal expansion 497—499
Thermal expansion, coefficient of 497
Thermal insulator 524—525
Thermal isolation 520 530 543
Thermal process 501
Thermal reservoir 492
Thermal resistance 524—526
Thermal resistance in parallel 525—526
Thermal resistance in series 525
Thermal systems 492—493 499—501 507 515
Thermal systems, changes in 516—517
Thermal transformation 501 516 534
Thermal transformation, adiabatic 535—536
Thermal transformation, cyclic 528—530
Thermal transformation, irreversible 516—517
Thermal transformation, isobaric 501
Thermal transformation, isothermal 534—535
Thermal transformation, reversible 516—517
Thermally isolated liquids 493
Thermodynamic variable 499—500 516 518 519
Thermodynamic variable of a gas, changing 501—502
Thermodynamic variable, entropy as 591—592
Thermodynamic variable, extensive 508
Thermodynamic variable, intensive 508
Thermodynamics 491
Thermodynamics, first law of 515 531—532 533 535
Thermodynamics, first law of, in closed cycles 532
Thermodynamics, second law of 573—607 580 755
Thermodynamics, second law of motion, Kelvin form 580
Thermodynamics, second law of, Clausius form 580
Thermodynamics, zeroth law of 492
Thermometers 493—494
Thin lenses 1014—1018 1024
Thin lenses, lens-maker's equation 1015
Thin lenses, magnification 1016—1018
Thin-film interference 1040—1042 1044
Third law of motion 97—99 209 211 342
Thompson, Benjamin (Count Rumford) 521 526
Thomson model see “Plum pudding model”
Thomson, George Paget 1119
Thomson, J.J. 648 800—801
Thomson, Joseph J. 1207—1208 1256
Thomson, Sir William (Lord Kelvin) 495
Threshold frequency 1115
Thrust 235
Thunder 703
Tidal forces 352—355
Tides 353 355 360 361 363
Time 4 6 A-1
time constant 780 901—902
Time dilation 1079—1082
Time dilation, experiment tests of 1081
Time dilation, twin paradox 1082
Time rate of change 850
Time reversal, invariance under 599
Time, units of 4 A-1
Time-varying magnetic fields 861—863
Tokamak 820 1229—1230
Tools 1
Top, motion of 302—303
Toroidal solenoid 831—832
torque 259—265
Torque and internal forces 288
Torque and interparticle forces 288
Torque and physical pendulum 381—382
Torque condition of zero 315—316
Torque on a current loop 808
Torque on center of mass 277
Torque, generalization of 285—287
Torque, on a spinning top 304—305
Torque, right-hand rule for 261 270 273 285 304
Torque, rotational motion, dynamical equation for 260—262
Torque, units of A-1
Torsion constant 394
Torsion pendulum 393—394
Torus 831
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