Wave Mechanics: Elementary Theory, Volume 1 |
Contents
LIGHT | 1 |
MATTER | 19 |
Group Velocity of Wave Processes and the Theory of Wave Packets | 27 |
14 other sections not shown
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Common terms and phrases
according amplitude antisymmetrical approximately associated assume atom average value Bohr's Broglie cathode rays classical mechanics coefficients condition considered constant coordinates corpuscles corpuscular theory corresponding defined denotes density determined direction Einstein electromagnetic electron waves elementary emission equal equation equilibrium expression external fact field of force finite formula free electrons frequency given group velocity harmonic oscillator identical particles integral kinetic energy lattice light waves means momentum motion mutual action N₁ number of electrons number of particles obtain order of magnitude phenomena photons plane point of view positive potential energy principle probability amplitudes probability theory quantity quantized quantum number radiation reflection region relation relative replaced represented result Schrödinger Schrödinger's equation space standing waves stationary superposition surface symmetrical temperature theory of light tion transition vector velocity vibrations volume wave functions wave mechanics wave number wave packet wave system wave theory wave-length wave-mechanical theory zero