Some properties of indium- and antimony-doped vacuum-evaporated CdS thin films

Ray, Swati; Banerjee, Ratnabali

doi:10.1016/0040-6090(82)90572-7

Thin Solid Films

1982

DOI: 10.1016/0040-6090(82)90572-7

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Some properties of indium- and antimony-doped vacuum-evaporated CdS thin films

Swati Ray¹,

Ratnabali Banerjee²

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Cited by 11 publications

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Model calculations for small closed‐ring CdS clusters and chemisorption processes by a quantum chemical cluster approach

Tóth

Pakkanen

1993

J Comput Chem

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Chemisorption on small, closed-ring CdS clusters and the electronic structure of the surface were studied using Hartree-Fock valence calculations based upon stepwise density matrix approximations. Detailed valence calculations gave stabilization energies similar to the all-electron results for the small CdS clusters, verifying our valence method in which the approximations of the density matrices were fitted against the atomic calculations. Chemisorption studies have shown that the 4d shell relaxation on the Cd atom plays a crucial role even though the 4d does not participate directly in the substrate-adsorbate bonds. Thus, the CdClr was found unbound to the surface in the case of implicit description of the 4d orbital of the Cd whereas treating the Cd 4d orbital explicitly in the variational calculation the CdCI2 bonds to the surface with the calculated adsorption energy of 107.4 kJ/mol.

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Model calculations for small closed‐ring CdS clusters and chemisorption processes by a quantum chemical cluster approach

Tóth

Pakkanen

1993

J Comput Chem

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Growth of high-mobility CdS thin films

et al. 1990

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Temperature dependence of intergrain barriers in polycrystalline In-doped CdS films

Garcı́a-Cuenca

Morenza

Esteve

1985

Solid-State Electronics

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Some properties of indium- and antimony-doped vacuum-evaporated CdS thin films

Cited by 11 publications

References 10 publications

Model calculations for small closed‐ring CdS clusters and chemisorption processes by a quantum chemical cluster approach

Model calculations for small closed‐ring CdS clusters and chemisorption processes by a quantum chemical cluster approach

Growth of high-mobility CdS thin films

Temperature dependence of intergrain barriers in polycrystalline In-doped CdS films

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