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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 |
Bragg scattering arguments 1185
Bragg spacings 1064
Bragg's law (Bragg condition) 1064 1068 1117 1119
Bragg, W.L. 1064
Braginsky, Vladimir Borisovitch 356
Brahe, Tycho 339—340
Branching 1225
Brattain, Walter 1196
Brayton cycle 587
Brayton, George B. 587
Brewster's angle 964 966
British engineering system 7 96
British thermal unit (BTU) 518 A-1
Broadcasting antennas 957
Broadening in interference 446
Brownian motion 565
Bruno, Giordano 1257
BTU (British thermal unit) 518 A-1
Bubble chamber 798 1257
Bulk magnetic behavior of materials 876—877
Bulk matter 1264
Bulk matter, exclusion principle in 1163—1168
bulk modulus 24 327 328 432
Bundle 475
Bundles of energy 1113
Bundles of light rays 979 999 1023
Buoyancy 469—471
Buoyant force 470
Burnell, Jocelyn Bell 1168
Burnout velocity 244
Button's method for pi 570
Calculable mutual inductance, example of 897
Caloric 521
Calorie (unit) (cal) 518 520 521 538 A-1
Calorie (unit) (cal), numerical definition of 5 7
Calorimeter 521 533 540 1257
Calorimetry 520—521 538 617
Calorimetry, adiabatic 520
Camera 1019
Capacitance 714—723
Capacitance, calculating 716—718
Capacitive circuit 921—922
Capacitive reactance 921
Capacitors in parallel and in series circuits 721—723
Capacitors with large capacitance, construction of 729
Capacitors, batteries vs. 719
Capacitors, charged 718 766
Capacitors, discharge 716
capacitors, electrolytic 728
Capacitors, energy in 718—719
Capacitors, energy in electric fields 720
Capacitors, equivalent 621
Capacitors, importance of 715
Capacitors, multilayer ceramic 728
Capacitors, parallel-plate 696 731
Capacitors, voltage across 726
Car battery 932
Carbon cycle 1235
Carbon film resistors 757
Carnot cycle 545 581—588 591 598
Carnot engine, finding the efficiency of 582—584
Carnot engine, ideal gas, finding the efficiency of 582—584
Carnot engine, importance of 584—585
Carnot, Sadi 576 581
Cartesian axes 21 61 103
Cartesian coordinates, determining the field in using 695
Cathode rays 1063
Cathodoluminescence 1192
Cavendish experiment 343 357
Cavendish, Henry 342 357 610 618 675 676
Celsius temperature scale 496—497
Center of curvature 1001
Center of gravity 316
Center of mass 210 225—234 238
Center of mass and angular momentum 288
Center of mass motion in absence of external forces 227
Center of mass motion in presence of external forces 228—229
Center of mass of continuous mass distribution 230—233
Center of mass, acceleration of 228
Center of mass, finding 233—234
Center of mass, finding holes, dealing with 234
Center of mass, finding subsystems 233
Center of mass, finding symmetry 233
Center of mass, torque on 277
Center-of-mass frame 230—233
Center-of-mass frame of two colliding objects 225
Centimeter (cm) 7 A-1
Central dogmas of physics 277
Central forces 293
Central forces and angular momentum 293—295 305
Central forces, potential energy for 197 201
Central value of measurement 9—10
Centrifugal force 141
centripetal acceleration 75—76 136
Centripetal force 136—137
CERN (Geneva, Switzerland) 1177 1236
cgs system 7
Chadwick, James 1005 1210—1211 1233
Chain reaction 1228
Chandrasekhar mass 1167
Change of phase 521
Charge by friction 611
Charge by induction 613—614
Charge carriers 740
Charge conservation 1240
Charge density 622
Charge distributions, electric potential of 687—688 696—700
Charge polarization 613
Charge quantization 617
Charge-to-mass ratio of the electron 800—801
Charged capacitors 718 766
Charging batteries 767
Charles, Jacques 512
Chemical energy 151 719
chemical potential 1187 1193
Chemical reactions 1137
Cherenkov radiation 427
Cherenkov, Pavel 427
Chromatic aberrations 1023
circle 341
Circuit analysis 767—768
circuits 767
circular motion 136—141 370—371
Circular motion and noninertial frames 140—141
Circular motion with changing speed 139—140
Circular orbits 346—347
circular polarization 972
Circular vs. linear colliders 1256
Circulation 474—475 480—482 492
Cladding 985
Clausius form of second law of thermodynamics 580
Clausius's inequality 593
Clausius's theorem 591 593 600
Clausius, Rudolf 580
CMOS (Complementary Metal Oxide Semiconductor) 905
Coefficient of friction 129—131
Coefficient of performance (COP) 589—590 602—603
Coefficient of thermal expansion 497
Coefficient of viscosity 482
Coefficient of volume expansion 497
Coefficient, drag 133
Coherence 436—457
Coherent waves 1030
Cold neutrons 1118
Colliders 1252—1256 1265
Colliders, Au-Au 1253
Colliders, characteristics of 1253
Colliders, circular vs. linear 1256
Colliders, fixed-target machines 1252—1253
Colliders, HERA 1253 1266
| Colliders, Large Hadron Collider (LHC) 1177 1237—1238 1253
Colliders, Pb-Pb 1253
Colliders, RHIC 1253
Colliders, SppS 1253
Colliders, Stanford Linear Collider (SLC) 1253 1266
Colliders, TEVATRON 1253 1255 1266
Collision cross section 563—564 1210 1220
Collisions 212—216 239
Collisions between pulses 447—448
Collisions, classification of 214—215
Collisions, elastic 215
Collisions, energy considerations in 215—216
Collisions, impulsive forces 212—214
Collisions, inelastic 216
Collisions, perfectly inelastic 216—219
Collisions, perfectly inelastic, energy loss in 217—218
Collisions, two-body collisions in one dimension 220—223
Color charge 1249
Color-coded resistors 745
comets 347
Common forces 105—107 119—127
Common forces, constant forces 124—126
Common forces, gravity 119—121
Common forces, normal force 123
Common forces, tension 122—123
Commutative addition 17
Compensator 1042
Complex analysis 923 925
Component vectors 19—21
Compound microscope 1018
Compound nucleus 1014
Compressibility 214 335 464
Compression 418 464
Compressional strain 325
Compressor 576—577 589 603
Compton effect 1116—1117 1131
Compton scattering 1118 1239
Compton wavelength 1117
Compton, Arthur 964—965 1116
Concave mirror 1001—1004
Concave mirror, image of an extended object 1002—1003
Concave mirror, location of the focal point 1001—1002
Condition of no torque 315—316
Conducting surfaces, role of sharp points on 702—703
Conduction band 754 1186
Conduction electrons 752
Conduction, thermal contact by 492—493
Conduction, transport of thermal energy by 565
Conductivity 747; see also “Superconductivity”
Conductivity and materials 752—755
Conductivity and resistivity 746—748
Conductivity, thermal 524 538 541
Conductivity, values of 747
Conductors 611 742
Conductors and electric fields 672—674
Conductors, electrons of 672—673
Conductors, electrostatic fields near 674
Conductors, field cancellation within, mechanism for 673
Conductors, potentials and fields near 700—703
Conic pendulum 148 389
Conic sections 341 345 348
Conservation of angular momentum 265—267 293—298
Conservation of charge 610 616 619 739 1240
Conservation of energy 186
Conservation of energy and allowed motion 191—193
Conservation of energy and gravity 187—188
Conservation of energy and nonconservative forces 198—200
Conservation of energy and spring force 188—189
Conservation of energy as a general principle 198
Conservation of energy as an underpinning of physics 200—201
Conservation of energy of energy, applications of 186—189
Conservation of energy, collisions 212—216
Conservation of energy, consequences of and pulses 450
Conservation of energy, explosions 219—220
Conservation of energy, principle of 152
Conservation of flux 475
Conservation of mass 475
Conservation of momentum 210—212 1097
Conservation of momentum for many-body systems 212
Conservation of momentum in collisions 209 210—211
Conservation of momentum in different inertial frames 229—230
Conservation of momentum in supernovas 297
Conservation of momentum, principle of 211
Conservation, baryon 1241
Conservative forces 171—172 175 183
Constant acceleration, motion with 40—41 66—68
Constant acceleration, special case of 51
Constant angular acceleration 249
Constant charge densities 643—644
Constant current 744
Constant forces 124—126 136 373—374
Constant forces in more than one dimension 159—162
Constant velocity 89 99
Constant-pressure transformation 530 534
Constant-volume transformation 530 534
Construction cranes 322
Constructive interference 436 456 1031 1032—1033 1044
Contact forces 91
Contact potential 1194
Continuity, equation of 475—416
Continuous distribution of charge 622—623 642—643
Continuous distribution of charge, linear charge density 622—623
Continuous distribution of charge, surface charge density 623
Continuous distribution of charge, volume charge density 623
Continuous distributions 556
Continuous mass distribution, center of mass of 230—233
Continuous objects in two and three dimensions 232—233
Controlled fission 1228
Controlled nuclear fusion 1228—1229
Convection, thermal contact by 492—493
Convection, transport of thermal energy by 565
Converging lenses 1016
Conversion of units 8—9 A-1
Convex mirror 1001 1004—1006
Convex mirror image of an extended object 1005—1006
Convex mirror location of the focal point 1004—1005
Cooper pairs 1173—1174 1178
Cooper, Leon 755 1173
coordinates 19
Coordinates, plane polar 74
COP (coefficient of performance) 589—590 602—603
Copernicus, Nicolaus 339
Core repulsion 1216
Coriolis force 149
Cornell, Eric 1171
Corner reflectors 980
Corona discharge 703
Cosmic background radiation 1263 1265
Cosmic rays 703 802 1256
Cosmological principle 1258
Cosmology, Big Bang model 1261—1263
Cosmology, Doppler shift of 1086—1088
Cosmology, Hubble'slaw 1258—1261
Cosmology, uniformity of the universe 1263—1264
Coulomb (C) 614 A-1
Coulomb forces 619
Coulomb forces, between home appliances 620
Coulomb potential 1128
Coulomb repulsion 1173 1224 1226 1228
Coulomb's law 609 610 617—620 627 629 653 661 832 945 1128
Coulomb's law, correctness of 675—677
Coulomb's law, held over small and large distances 676—677
Coulomb, Charles 610 618 676
Coupled differential equations 947
Coupled fields 945
Crab supernova 2—4
Crest, wave 400 405
Critical damping 907
Critical fields 886
Critical strains 328
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