Investigation of the effect of S/In molar ratio on physical properties of sprayed In(2)S(3)thin films

Bchiri Y.; Bouguila N.; Kraini M.; Souissi R.; Vazquez-Vazquez C.; Lopez-Quintela M. A.; Alaya S.

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Investigation of the effect of S/In molar ratio on physical properties of sprayed In(2)S(3)thin films

机译：S /摩尔比对（2）（3）薄膜喷涂物理性质的影响研究

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Indium sulfide (In2S3) thin films have been synthesized on glass substrates using the spray technique (CSP). The S : In molar ratio was varied from 1 to 4 in the starting solution. The Raman analysis confirms the formation of the beta-In(2)S(3)material and the absence of a secondary phase. The EDS analysis reveals that our layers are pure. The thin film surface is free of cracks, as observed in AFM images. Optical transmission achieved 80% in the visible and near infrared region. The refractive index (n) is affected by the changes in the S/In molar ratio. The optical parameters, single oscillator energy (E-0), dispersion energy (E-d) and high frequency dielectric constant (epsilon(infinity)), are calculatedviathe Wemple-DiDomenico model. In addition, the photoconductivity kinetics in In(2)S(3)films for S/In = 2 were investigated and analyzed. TheI-Vcharacteristics and the photoresponse were also studied.

机译：使用喷雾技术（CSP）在玻璃基板上合成硫化铟（IN2S3）薄膜。 S：在起始溶液中，摩尔比在1至4中变化。拉曼分析证实了β-in（2）S（3）材料的形成以及不存在二次相。 EDS分析表明，我们的层是纯粹的。薄膜表面没有裂缝，如AFM图像中所观察到。光学传输在可见光和近红外区域中实现了80％。折射率（N）受S /摩尔比变化的影响。光学参数，单振荡器能量（E-0），色散能量（E-D）和高频介电常数（Epsilon（Infinity））是计算via的Wemple-Didomenico模型。另外，研究并分析了S / IN = 2的（2）S（3）膜中的光电导动力学。还研究了vcherstics和光孔。

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《RSC Advances》 |2020年第36期|共11页
作者
Bchiri Y.; Bouguila N.; Kraini M.; Souissi R.; Vazquez-Vazquez C.; Lopez-Quintela M. A.; Alaya S.;
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Univ Gabes Fac Sci Lab Phys Mat &

Nanomat Appl Environm Gabes 6072 Tunisia;

Univ Gabes Fac Sci Lab Phys Mat &

Nanomat Appl Environm Gabes 6072 Tunisia;

Univ Gabes Fac Sci Lab Phys Mat &

Nanomat Appl Environm Gabes 6072 Tunisia;

Tunis Univ Ecole Natl Super Ingn Tunis ENSIT Tunis Tunisia;

Univ Santiago de Compostela Fac Chem Lab Magnetism &

Nanotechnol NANOMAG Dept Phys Chem Santiago De Compostela 15782 Spain;

Univ Santiago de Compostela Fac Chem Lab Magnetism &

Nanotechnol NANOMAG Dept Phys Chem Santiago De Compostela 15782 Spain;

Univ Gabes Fac Sci Lab Phys Mat &

Nanomat Appl Environm Gabes 6072 Tunisia;

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3. Investigation of the effect of S/In molar ratio on physical properties of sprayed In(2)S(3)thin films [J] . Bchiri Y., Bouguila N., Kraini M., RSC Advances . 2020,第36期

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Investigation of the effect of S/In molar ratio on physical properties of sprayed In(2)S(3)thin films

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