Abstract:

ZnO films, which belong to the Saydam Importive Oxyde (SIO) family, are materials that attract attention in solar battery technologies with their own characteristics. Production of these materials with a cost-effective technique on the appropriate substrates will significantly affect the cost of production and efficiency of the equipment. In this study, ZnO films with the ultrasonic chemical spray technique on borate glass structures containing PbO in different proportions as an alternative to the microscopic glasses commonly used as a substrate were collapsed. By studying the structural, electrical and optical characteristics of the produced films, the impact of the glass structures used as substrate on the characteristics of the film has been studied. All of these researches have shown that the amount of Pb in the glass structures used as a substrate has increased with a change in the crystal structures. The electrical isolation values of the films produced on substrates containing PbO are higher than the glasses that do not contain PbO. The highest tolerance in the visible area belongs to the 5 % PbO-containing layer, and the PbO added to the undertaking structure has increased the breakdown index values of the films produced.

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