Magnetic Proton Relaxation of Ammonia Adsorbed on Na-X Zeolite

Articles in the same Issue

1. Thermodynamic Investigation of the System Ni—Fe—O
2. Internal Oxidation of Crystals of (Ni,Fe)_1−δO
3. Dynamische Methode zur Bestimmung von Festkörperdiffusionskoeffizienten am Beispiel der ³H₂O-Diffusion durch Glaubersalz
4. On the Emission of SrCl₂-Sn Single Crystals
5. PVT Data of Liquid and Solid Phases of Methanol, Cyclohexanol, and 2,3-Dimethylbutane up to 300 MPa
6. Model Calculations of Thermodynamic Mixture Properties from Direct Correlation Integrals
7. Quantitative Determination of Ion-Water Interactions from Water Activity and Density Data
8. Application of Catastrophe Theory to the AG[unk] to — AG Relationship in Electron Transfer Reactions
9. An Improved Bond-Order/Bond-Length Relation for the Calculation of Inner Sphere Reorganization Energies of Organic Electron Transfer Reactions
10. Exponential and Non-exponential Distribution of the Lifetime of Energized Polyatomic Molecules. Stochastic Model of Intramolecular Processes
11. Magnetic Proton Relaxation of Ammonia Adsorbed on Na-X Zeolite
12. A Novel Kind of Internal Solid State Reactions
13. The Influence of Depletion Effects on Homogeneous Nucleation Rates
14. Kinetik der Phasenumwandlung in dem System Th⁴⁺/Dodecylsulfat/HCIO₄