A
Alpha Decay, 340
Amorphous Semiconductors, 292
Angular Momentum, 90, 323
Antiferromagnetism, 301
Applications of Fermi-Dirac Distribution, 232
Applications of Lasers, 192
Atomic and Molecular Beam Experiments, 199
Atomic Spectra, 46, 142
Atoms and Molecules, 131
Auger Effect, 158
B
Band Theory of Solids, 267
Bending of Light, 403
Beta Decay, 338
Binding Energies, 319
Binding Forces in Solids, 256
Black-Body Radiation, 32
Bohr Model, 51
Bose-Einstein Condensation, 225, 230
Breeder Reactors, 354
C
Collective Model, 332
Colliding Beams, 383
Compound Nucleus, 347
Compton Effect, 40
Control Rods, 353
Controlled Fusion, 355
Coolant, 353
Index
Cosmic Rays, 381
Cosmology, 391
Covalent Bonds, 160, 258
Cross-Section, 346
Crystal Structures, 260
Curvature of Space, 399
Curved Space-Time, 395
D
Degenerate Gas Model, 334
Diamagnetism, 293
Dielectric Properties, 302
Diffraction by a Lattice, 265
Dirac Equation, 122
Direct Processes, 348
Directions and Planes in Crystals, 264
Distinguishable Arrangements, 210
Dynamics of the Universe, 409
E
Effective Mass, 271
Electric Quadrupole Moment, 324
Electromagnetic Interaction, 18, 372
Electron Spin, 107
Electronic Polarizability, 303
Electronic Structure of Elements, 139
Elementary Particles, 365, 366
Elements of Quantum Theory, 65
Emission Spectrum, 152
Emulsion Chamber, 387
Energy Gap, 240
Examples of One-Electron Atoms, 118
Exchange Symmetry of Wave Functions,
132
S. H. Patil, Elements of Modern Physics,
https://doi.org/10.1007/978-3-030-70143-7
429
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