2. Articole

Permanent URI for this collectionhttps://msuir.usm.md/handle/123456789/47

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Author: search.filters.author.Potlog, TamaraSubject: search.filters.subject.celulă solară

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    Synthesis and electrophysical properties of CdS/ZnTe heterojunctions [Articol]
    (Academia de Ştiinţe a Moldovei, 2022) Lungu, Ion; Gagara, Lyudmila; Ghimpu, Lidia; Potlog, Tamara
    In this paper results of studying CdS/ZnTe heterostructures synthesized by the quasi- closed space sublimation method on glass substrates coated with an ITO layer are described. The electrical and photoelectric properties of the structures are studied using current–voltage and capacitance–voltage characteristics in a temperature range of 30–100 °C. Analysis of the experimental data shows that the main specific feature of CdS/ZnTe structures is the formation of a high-resistance transition layer, which affects the separation of carriers at the barrier contact. The current carrier concentration in the space charge region, which is determined from the capacitance–voltage characteristics, is 1  1015 cm3; this fact suggests that one of the contacting materials—ZnTe—exhibits a high resistivity. Measurements of current–voltage characteristics in the solar cell mode give the following photoelectric parameters: open circuit voltage (UOC = 0.53 V, JSC = 27–30 A/cm2, and FF = 0.25.
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    Elaborarea tehnologiei de fabricare a celulelor solare ITO/CdS/CdTe pe suporturi flexibile [Articol]
    (CEP USM, 2007) Potlog, Tamara; Spalatu, Nicolae; Caproş, Nina
    The development of high efficiency, stable, lightweight and flexible solar cell is important for terrestrial and space applications. We have developed a novel process to make solar cells on flexible polymer sheets. A thin layer of CdTe compound semiconductor is used for the absorption of solar light and generation of electrical current. In this work the solar electricity conversion efficiency of 4,66% is the highest efficiency reported for a solar cell grown on a polymer sheet.