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This work contains analysis of a SiO<;sub>2<;/sub> dielectric geometry influence on a epitaxial lateral overgrowth (ELO) thin films and solar photo-conversion efficiency. Layers used in the experiment were obtained in LPE (Liquid Phase Epitaxy) process in the same thermodynamical conditions: starting temperature of growth: 1193K, temperature difference ΔT=60K, ambient gas: Ar,...
The aim of this paper is to present in-situ and cost-effective processes for crystalline silicon thin-film solar cells grown by high-temperature chemical vapour deposition on low-cost silicon substrates. The central approach is the epitaxial wafer-equivalent (EpiWE) cell structure, consisting of an epitaxial layer deposited on a low-cost silicon substrate. This EpiWE is then processed using a standard...
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