About the Book
Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. Pages: 146. Chapters: Electron configuration, Plum pudding model, Bohr model, Energy level, Atomic orbital, Bremsstrahlung, Compton scattering, Auger effect, X-ray photoelectron spectroscopy, X-ray fluorescence, Ionization energy, Atomic theory, Bohr radius, Atomic units, Spherical harmonics, Nuclear binding energy, Electron affinity, Associated Legendre polynomials, Atomic electron configuration table, Hyperfine structure, Term symbol, Electron shell, Thermionic emission, Stark effect, Moseley's law, Emission spectrum, Larmor formula, Angular momentum coupling, Zeeman effect, Interatomic Coulombic Decay, Solid harmonics, Doppler cooling, Azimuthal quantum number, Spin quantum number, Spin-orbit interaction, Hund's rules, Rydberg formula, Molecular term symbol, Gyromagnetic ratio, Boson, Rabi problem, Electronic correlation, Inert pair effect, Aufbau principle, Penning trap, Compton wavelength, Atomic form factor, G-factor, Electronic density, Superatom, Saha ionization equation, Thomas precession, Thomson scattering, Electron magnetic dipole moment, Effective atomic number, Slater's rules, Saturated absorption, Bohr magneton, Optical lattice, Thomas-Fermi model, Raman Cooling, Fraunhofer lines, H-alpha, Principal quantum number, Transition dipole moment, Magnetic quantum number, Polarizability, Zeeman slower, Laser cooling, Magnetic trap, Tunnel ionization, Spectroscopic notation, Larmor precession, Electron-longitudinal acoustic phonon interaction, Rydberg molecule, Classical electron radius, Electron beam ion trap, Emil Rupp, Rabi frequency, Atomic and molecular astrophysics, Spin-destruction collision, Free-fall atomic model, Antiprotonic helium, Electric field gradient, Rydberg state, Slater integrals, Uncleftish Beholding, Rabi resonance method, Hollow cathode lamp, Lande g-factor, K-alpha, Lyman-alpha line, Shielding effect, Rabi...
