International Journal of Agricultural and Natural Sciences

International Journal of Agricultural and Natural Sciences

EFFECT OF SULFUR ION CONCENTRATION ON STRUCTURAL AND OPTICAL PROPERTIES OF LEAD SULFIDE THIN FILMS OBTAINED BY CHEMICAL BATH DEPOSITION METHOD

Yazarlar: Bantie Yasabu, Fekadu Gashaw

Cilt 14 , Sayı 1 , 2021 , Sayfalar 16-24

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Özet: In the present investigation PbS thin films were synthesized on glass substrate with various thiourea concentration from 0.1 M to 0.2 M by chemical bath deposition method. The XRD analyses revealed that the average crystalline size was decreased from 21.12 to18.7 nm with increasing thiourea concentration. The preferential orientation was along the (111) plane for 0.1 and 0.15 M where as it was changed to (200) for 0.2 M. The SEM study showed that the film consists of nearly spherical shaped grains, with different grain size. EDX analysis showed that the film were consistent with the formation PbS compounds on glass slide substrate in the desired stoichiometric ratio. The optical characterization of the sample revealed that the optical band gap energy was increased from 0.95 to 1.3 eV with increasing thiouera concentration.


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BibTex
KOPYALA
@article{2021, title={EFFECT OF SULFUR ION CONCENTRATION ON STRUCTURAL AND OPTICAL PROPERTIES OF LEAD SULFIDE THIN FILMS OBTAINED BY CHEMICAL BATH DEPOSITION METHOD}, volume={14}, number={16–24}, publisher={International Journal of Agricultural and Natural Sciences}, author={Bantie Yasabu, Fekadu Gashaw}, year={2021} }
APA
KOPYALA
Bantie Yasabu, Fekadu Gashaw. (2021). EFFECT OF SULFUR ION CONCENTRATION ON STRUCTURAL AND OPTICAL PROPERTIES OF LEAD SULFIDE THIN FILMS OBTAINED BY CHEMICAL BATH DEPOSITION METHOD (Vol. 14). Vol. 14. International Journal of Agricultural and Natural Sciences.
MLA
KOPYALA
Bantie Yasabu, Fekadu Gashaw. EFFECT OF SULFUR ION CONCENTRATION ON STRUCTURAL AND OPTICAL PROPERTIES OF LEAD SULFIDE THIN FILMS OBTAINED BY CHEMICAL BATH DEPOSITION METHOD. no. 16–24, International Journal of Agricultural and Natural Sciences, 2021.