Investigation of Molecular Motion in Smectic Phases of the Liquid Crystal TBBA by NMR Relaxation Dispersion

Articles in the same Issue

1. Superconductivity and Mixed Conduction
2. On the Theory of Thermally Weighted Electron-Phonon Transition Probabilities
3. Viscoelasticity Associated with Molecular Alignment
4. Improved Versions of Fielek Model for BCC Transition Metals
5. Investigation of Molecular Motion in Smectic Phases of the Liquid Crystal TBBA by NMR Relaxation Dispersion
6. Part 1: X-Ray High-Angle Scattering and Ultrasonic-Measurements
7. Structure of Cd-Ga Melts Part 2: X-Ray Small-Angle Scattering
8. Decay Times Study on the Fluorescence of 4-Methylumbelliferone
9. A Thermogravimetric and NMR Study of β-Aluminas
10. Alkali-Halide Chemiluminescence: Studies on the Fluctuation Bands from some Alkali (Li, Na, K)-Halogen (CI, Br, I)-Reactions
11. The Influence of the Grain Shape on X-Ray Line Broadening
12. Faddeev Equations in the Functional Quantum Theory of the Non-Linear Spinorfield
13. Influence of Doping on the Crystal Potential of Silicon investigated by the Convergent Beam Electron Diffraction Technique
14. Structure and Packing Density of Liquid Metals
15. Semiempirical Studies of Inner-Core Energy Levels. IV. ESCA Shifts of Nitrogen Atoms in Different Chemical Environments by the SCC-MO Method
16. Notizen: A Note on the Off-Diagonal Elements of the Density Matrix in Thermal Equilibrium and Thermal Radiation
17. Elementare Herleitung der Dirac-Gleichung. IV