The bonding of water molecules to platinum surfaces
โ Scribed by H. Ibach; S. Lehwald
- Publisher
- Elsevier Science
- Year
- 1980
- Weight
- 113 KB
- Volume
- 91
- Category
- Article
- ISSN
- 0167-2584
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๐ SIMILAR VOLUMES
Dirac -Slarer multiple scattering calculations are presented for CO bound to small platinum clusters. Crystal field models and non-reIativistic decompositions are used to describe adsorption in the top, bridge and four-fold hole sites. For these geometries, the net charges transferred from CO are 0.
Ab initio molecular orbital calculations, including correlation effects and large basis sets, have been carried out on the interaction of a single Cu atom with a water molecule. Cu...0H2. The Hz0 molecule is found to be bound to Cu by 0.20 eV with nearly all of the binding coming at the correlation
The surface energy, the surface free energy and the surface entropy of liquid \cater are cakulated from the decrease in the number of hydrogen bonds in the surface layer, estimated on the basis of a simplified wafer structure scheme. In the calculations of the free energy density function only the h
The hydrogen bond N...H-0 between the water and ammonia molecules has been investigated ab initio using the SCF LCAO MO method. The minimal and extended basis sets of Slater type o:bitak were used. it was found that the energy of the hydrogen bond is equal to 6.44 kcal/mole and the equilibrium separ