Mosiori, Cliff OroriNjoroge, Walter K.Okum, John2016-08-022016-08-022014-12Rift Valley Journal of Science and Technology, http://www.rvist.ac.ke Vol. 1 No 3, December, 2014http://ir-library.ku.ac.ke/handle/123456789/14859Research articleAt room temperature, thin films of Zinc Sulphide were grown on microscope glass slides. Precursor solution from aqueous solutions of Zinc chloride in which ammonia solution as a source of Zn 2+ ; Triethanalomine (TEA) as a complexing agent, and thiourea (TU) as a source S 2- were used. Electrical properties were investigated in relation to their thicknesses as measured as it varied by changing the deposition time. Resistivity and the conductivity of the films were found to be thickness dependent while the results indicate that the films are semiconducting in nature. Keywords: Chemical Bath Method, ZnS, Zinc Sulphide, Resistivity, Conductivity, Binary Thin FilmsenChemical Bath MethodZnSZinc SulphideResistivityConductivityBinary Thin FilmsArticle