Molecular Orbital Study on the Interaction of Ni and Cu Atoms with Oxygen-Containing Organic Ligands and Its Implication to Adsorption

Articles in the same Issue

1. Thermodynamics of Ion Formation by Fast Dissipation of Energy at Solid Surfaces
2. Structure of Molten Bi-Zn-Alloys by Means of Neutron Diffraction
3. Characteristic Method Applied to Blast Waves in a Dusty Gas
4. On the Cholesteric-Nematic Phase-Change Transition in Layers with Homeotropically Orienting Surfaces
5. Analysis of the ESR Hyperfine Coupling in Mono- and Bicyclic Azine Radical Anions by Means of Calculated Spin Densities
6. ESR of Cation Radicals of Methyl-substituted Benzenes in a CF₃CCl₃ Matrix
7. Proton NMR Investigations of the Smectic-C Phases of Three Alkyloxy-Azoxybenzenes
8. Millimeter-Wave Spectrum of Ethyl Acetylene Centrifugal Distortion, Coriolis Interaction and Internal Rotation
9. Pulsed Microwave Microwave Double Resonance Spectroscopy with Fourier Transform Technique
10. Measurement of ¹H Knight Shift and Magnetic Susceptibility in Compressed Powder Samples of TaH_0.61
11. Investigation of Some Sulphur Halides — An Application of the Pseudopotential Method
12. Dirichlet and von Neumann Basis Set for Quantum Mechanical Anharmonic Oscillators
13. Molecular Orbital Study on the Interaction of Ni and Cu Atoms with Oxygen-Containing Organic Ligands and Its Implication to Adsorption
14. Formation of BrO₂ in the Belousov-Zhabotinsky-System Reaction of Aliphatic Alcohols with Bromate
15. Bifurcation Pattern in Reaction-Diffusion Dissipative Systems