An Analysis of Lattice Dynamical Angular Force Models for Body Centered Cubic Metals

Articles in the same Issue

1. Titelei
2. Jahn-Teller E-e Problem: Diagonalization by Means of a Transformed Basis
3. A Study of a Weakly Ionized Rotating Plasma
4. Analytische Näherungslösungen für Ladungsdichten bei Elektronenstoßionisation Analytical Approximate Calculation for Electron Impact Ionization Generated Ion Charge State Densities
5. Adiabatic Potentials of the Alkali-Rare Gas Atom Pairs
6. Thermal Motion of Prolate Luminescent Molecules in Solvents with Different Viscosities
7. Energieübertragung zwischen gleich- und ungleichartigen Molekülen in Lösung.
8. On the Applicability of Redington's Method of Determination of Force Field to Bent XYZ Type Systems
9. An Analysis of Lattice Dynamical Angular Force Models for Body Centered Cubic Metals
10. Lattice Dynamics and Thermal Expansion of Ruthenium
11. An Application of Karman’s Energy Transfer Process in Hydromagnetic Turbulence
12. Energy Transfer in Competition to Charge Transfer as a Method to Determine the Rate Constant for Charge Carrier Injection in the Sandwich System: Cyanine Dye Monolayer/p-Chloranil Crystal
13. The Vibronic and Infrared Spectra of Europium Dibenzoylmethane Chelate with Piperidine
14. Gas Electron Diffraction Study of the Molecular Structure of Di-2-pyridyl Sulphide
15. Group Electronegativities: as Empirically Estimated from Geometrical and Vibrational Data on Sulphones
16. Dynamics of Energy Transfer by Singlet Excitons in Naphthalene Crystals as Studied by Time-Resolved Spectroscopy
17. Notizen:MMM Profiles of HeI Lines: Ion Dynamics Effect
18. Topological Resonance Energy is Real
19. Elektronisches Resonanz-Raman-Spektrum von ((C₂H₅)₄N)₂[ReI₆]/ Electronic Resonance-Raman Spectrum of ((C₂H₅)₄N)₂[ReI₆]
20. “Molecular Properties” in Intense Magnetic Field
21. Measures on Operational Logics