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Gautreau R., Savin W. — Schaum's Outline of Modern Physics
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Название: Schaum's Outline of Modern Physics
Авторы: Gautreau R., Savin W.
Аннотация: Master modern physics with Schaum's - the high-performance study guide. It will hep you cut study time, hone problem-solving skills, and achieve your personal best on exams! Students use Schaums Outlines because they produce results. Each year, hundreds of thousands of students improve their test scores and final grades with these indispensable study guides. Get the edge on your classmates. use Schaum's! If you don't have a lot of time but want to excel in class, this book helps you: Brush up before tests; Study quickly and more effectively; Get the big picture without spending hours poring over lengthy textbooks. Schaum's Outlines give you the information your teachers expect you to know in a handy and succinct format - without overwhelming you with unnecessary detail. You get a complete overview of the subject. Plus, you get plenty of practice exercises to test your skill. Compatible with any classroom text, Schaum's let you study at your own pace and remind you of all the important facts you need to remember - fast! And Schaum's are so complete, they're perfect for preparing for graduate or professional exams. Inside, you will find: 486 solved problems, including step-by-step solutions; Hundreds of additional practice problems, with answers supplied; Clear explanations of all major topics covered in modern physics courses; New sections on quarks and superconductivity. If you want top grades and thorough understanding of modern physics, this powerful study tool is the best tutor you can have!
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Рубрика: Физика /Общие курсы /
Статус предметного указателя: Готов указатель с номерами страниц
ed2k: ed2k stats
Год издания: 1999
Количество страниц: 334
Добавлена в каталог: 03.09.2005
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Предметный указатель
Lyman series 103 107 115
M shell 158
magic numbers 183 190
Magnetic dipole moment 118 143
Magneton, Bohr 120
Magneton, nuclear 173
Many-electron atom 140
Mass excess 192 213 222
Mass formula, semiempirical 181
Mass number 174
Mass, atomic 176
Mass, nuclear 176
Mass, relativistic 46
Mass-energy relation 46
Maxwell — Boltzmann distribution 270 276 281
Maxwell's equations 8 16
Mean free path 262 263
Mean lifetime 194 224
Measurement, length (relativistic) 20
Measurement, location 83
Measurement, space-time (relativistic) 27
Measurement, time (relativistic) 23
Meissner effect 320
Mercury 321 322
Meson 225
Metallic bonding 246
Metals, free electron theory 292
Michelson — Morley experiment 10 13 14
Mirror nuclei 187
Mobility 316
Model, atomic shell 141
Model, independent particle 140
Model, liquid drop 181
Model, nuclear shell 175 182
Molecular, energy levels 247
Molecular, rotation 246
Molecular, vibration 248
Momentum change 83
Momentum, relativistic 45 83
Momentum, uncertainty in 83
Morley, E. 10 13 14
Morse potential 251
Moseley relation 160
Mu-mesic atom 114 115
Muller, K.A. 318
Natural line width 93
Ne'eman, Y. 229
Neutrino 195 224
Neutron 173 174 207 216
Newton's second law 46
Niobium 321
Nitrogen, liquid 319
Noble gas 148 155
Normal Zeeman effect see “Zeeman effect”
Normalization condition 268 277 295 302
Nuclear, binding energy 175
Nuclear, fission 210
Nuclear, fusion 211
Nuclear, magnetic moment 173
Nuclear, magneton 173
Nuclear, matter 175
Nuclear, models 181
Nuclear, radius 175
Nuclear, reactions 207
Nuclear, shell model 182
Nuclear, spin 173
Nucleon 173
Omega minus 229
one-dimensional box 91 94 135
Onnes, H.K. 318
Orbit 140 184
Orbital 184
Orbital angular momentum 119 120
Oschenfeld 320
Oxide 318
Pair, annihilation 62
Pair, production 62
Pairing 182 184 188 191
Parent nucleus 193
Parity 227
Particles see “Elementary particles”
Paschen series 103 107 115
Pauli, exclusion principle 135 141 287
Pauli, W 195
Periodic table 141
Perrin, J. 266
Phonon 297
photoelectric effect 60
Photoflssion 219
Photon 59
Photon, emission 104
Photon, energy 59
Photon, momentum 59
Pi-mesic atoms 114
Pickup reaction 208
Planck, constant 59
Planck, M. 59 289
Position, uncertainty in 84
Positronium 112
Potential, harmonic oscillator 183
Potential, Morse 251
Probability interpretation see “De Broglie waves”
Propagation vector 63
Proper, length 20
Proper, time 23
Proton 173 174 207
Q-value 209
Quadrupole moment 174
Quanta 59
Quantum number, magnetic 119
Quantum number, orbital angular momentum 119 120 183
Quantum number, principal 92 104 135
Quantum number, spin 127 184
Quantum number, total angular momentum 129 184
Quantum statistics 287
Quark 229 230
Quarks 230
Radiation, atomic 104
Radiation, blackbody 289
Radioactive decay 193
Radioastronomy 129
Radius, Bohr 104
Radius, nuclear 175
Random walk 263
RANGE 206
Reactions, compound nucleus 208
Reactions, D-D 212
Reactions, D-T 212
Reactions, direct 208
Reactions, pickup 208
Reactions, stripping 208
Reduced mass 105
Reines, E 195
Relativity, principle of 11
Resistance 318
resistivity 311
Resonance 224 228
Riemann zeta function 289
Roentgen, W. 157
Root-mean-square speed 259 278
Rotation, molecular 246
Russell — Saunders coupling 142
Rutherford, E. 207
Rydberg formula 103
Scattering, elastic 208
Scattering, inelastic 208
Schrieffer 320
Selection rules 143 248
Semiconductors 309
Semiconductors, doped 311
Semiconductors, extrinsic 311
Semiconductors, intrinsic 311
semiconductors, P-type 311
Semiconductors, w-type 311
Semiempirical mass formula 181
Shell closing 184
Shell model 182
Shell, atomic 140
Shell, nuclear 183
Simultaneity 12 16 18
Singlet 246
Special theory of relativity 3
Specific heat 296
Spectra, absorption 254
Spectra, hydrogen 103
Spectra, rotational 248 252
Spectra, vibrational 248
Spectra, X-ray 158
Spectroscopic notation 142 184
Speed, average 259
Speed, most probable 278
Speed, of light 11 15
Speed, root-mean-square 259 278
Spin, electron 126 127 128
Spin, spin 1/2 baryons 229
Spin, spin 3/2 baryons 229 239
Spin-orbit coupling 128 142 184
Square well see “Box”
Squid 323
State, ground 104
State, molecular 270
State, quantum 135
State, singlet 246
State, triplet 246
State, vibrational 297
Stefan — Boltzmann law 283 291
Stern — Gerlach experiment 125
Stirling's formula 282 305
Stopping potential 60
Strangeness 227
Strangeness, Strange quark 230
Strangeness, Strangeness number 229
Stripping reaction 208
Strong interaction 224
Subshell 140
Superconductivity 318
Superconductors, type 1 320
Superconductors, type 2 320
Symmetries 229
Synchronization 11
System, center-of-mass 208
System, laboratory 208
Tau 230
Tau neutrino 230
Thermal neutron 218
Thermionic emission 318
Thomson, G.P. 82
Threshold, energy 210 215
Threshold, wavelength 60 71 78
Time dilation 23
Time, proper 23
Tin 322
Top quark 230
Transformation, Galilean acceleration 4
Transformation, Galilean coordinate 3
Transformation, Galilean velocity 4
Transformation, Lorentz coordinate 15
Transformation, Lorentz velocity 37
Transformation, mass-energy 46
Transformation, momentum-energy 46
Transition element 149 155
Transition, electric dipole 120
Triplet 246
Triton 207
Tunneling 215
Twin effect 30
Uhlenbeck, G.E. 127
Uncertainty in 84
Uncertainty principle 83
Uncertainty, angular momentum and angle 94
Uncertainty, energy and time 84
Uncertainty, position and momentum 84
Up quark 230
Valence band 309
Van der Waals bonding 246
Vector bosons 231
Vector model 129 150
Velocity transformation 37
Vibration, molecular 248
Wave equation 7
Wave, de Broglie 80
Wave, matter 83
Wave, probability interpretation of 82
Wave-particle duality 80
Weak interaction 224
Weiszacker, C.V. 181
Wien displacement law 291
X-ray 81 82 157 196
X-ray, absorption edge 160
X-ray, diffraction 81
X-ray, fluorescence 161
X-ray, spectra 158
Yukawa, H. 226
Zeeman effect, anomalous 120 143 151
Zeeman effect, normal 119 120 128
Zweig, G. 230
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