Normalization and Probability Densities for Wavefunctions of Quantum Fieldtheoretic Energy Equations

Articles in the same Issue

1. Monte Carlo Simulation of Electronic Excitation Migrationand Trappingin Disordered Two-Component Systems. A Comparison with Analytical Theories
2. Normalization and Probability Densities for Wavefunctions of Quantum Fieldtheoretic Energy Equations
3. Energie- und Varianzminimierung unter Verwendung korrelierter Wellenfunktionen
4. On the Law of Equipartition for Translational Motion of Excited Molecules in Equilibrium with Thermal Radiation
5. An Electrolytically Generated, Localized Hole Center in Quartz
6. Flash Photolysis and ESR Studies on Hematoporphyrin and Photofrin II in Polar and Microheterogeneous Environment
7. Confirmation of the Electric Field Gradients at the Nitrogen Nuclei in N-Cyanomethanimine, CH₂NCN, from Low-J Rotational Transitions
8. FT-IR Absorption Spectra of Polycrystalline Pressed Sample soft he Organic Metals and Superconductorsa α-β-(BEDT-TTF)₂I₃ and(BEDT-TTF)₂Cu(NCS)₂
9. Structural Phase Transitions and Ionic Motions in Pyridinium Hexachlorotellurate(IV),Hexachlorostannate(IV), and Hexabromostannate(IV) Crystals as Studied by ¹H NMR
10. Photophysical Properties of Hematoporphyrin and Dihematoporphyrin Ether (Ester)in Homogeneous and Microheterogeneous Environments
11. The Diode Laser Spectrum of Iodine Fluoride (IF)in the Ground Electronic State
12. Tunable Diode Laser Spectra and Assignment of the 748 cm^-1 Band of Propane
13. An Improved Estimate of the "Attractive Region" and Modelling of Fluctuation Spectra
14. On Electromagnetic Spinors and Electron Theory
15. Fermi Gas Like Hypothesis for Fleischmann-Pons Experiment
16. Das Laser-Seitenbandverfahren: IR-Spektroskopie mit Mikrowellengenauigkeit