Wave Mechanics |
Contents
Matrix Mechanics and Wave Mechanics as Representations | 32 |
The Physical Interpretation of Quantum Mechanics | 45 |
Temporal Development of the Physical Quantities | 66 |
Copyright | |
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Wave Mechanics: The Commonwealth and International Library: Selected ... Gunter Ludwig Limited preview - 2016 |
Common terms and phrases
according anharmonic oscillator appears assume atom c₂ calculation classical mechanics coefficients configuration space Consequently constant coordinates corresponding definite denote density determined diagonal differential equation discrete eigenfunctions eigenvalue problem eigenvectors electron energy ensemble equa equations of motion example fact Fermat's principle field follows formula frequency geometrical optics given gives grad Hamiltonian Hamiltonian function Heisenberg Hermitian operator Hilbert space integral isomorphism mass point mathematical matrix mechanics means measured value momentum moving particle obtain optics orbits orthogonal P₁ paper partial differential path phase wave Phys physical position possible principle projection operators q-space q₁ quantities quantum conditions quantum mechanics quantum theory quantum-theoretical question radiation regarded relation relationship represented satisfied Schrödinger solution spectrum surface t₁ tion u₁ U₂ unambiguously variables vector velocity vibration wave equation wave mechanics zero дн др ду