Study of doping and annealing effects on thermal properties of SnxSb2Sy (1≤ x≤ 3, 4≤ y≤ 6) sulfosalts thin films by electro-pyroelectric technique

Optoelectrical properties of the ternary chalcogenide SnSb2S5 as a new absorber layer for photovoltaic application

“…x-ray detectors [27], quantum dots, solar cell absorbers, various sensor types applications and photonic devices due to their nonlinear refractive indexes and optical energy gap ∼1.2 eV comparable to that of silicon [29][30][31]. The ternary chalcogenide, having the chemical formula SnSb 2 S 5, was grown as a new compound of this family using the thermal evaporation technique.…”

High-performance e-beam-deposited (Sn2Sb2S5)GO:FTO supercapacitor electrode and photocatalytic thinfilm for contaminants removal

“…and the X can be either selenium or sulphur. 2 Sulfosalt complexes have gained remarkable attention among scientists owing to their semiconductor and optical properties. 3 They are used in applications in various devices such as photovoltaics, energy conversion, memory devices, sensors, detectors, thin film solar cells and quantum dots.…”

“…16 Furthermore, these ligands are also capable of stabilizing a variety of oxidation states of transition metals. 17 Graphene oxide (GO) with its 2D lamellar structure contains sp 2 hybridized C atoms with conducting π-states and sp 3 C atoms with σ-states. 16,18 Both these carbon atoms are responsible for the modification of the GO characteristics.…”

A new route for the synthesis of Sn3Sb2S6 thin films by chemical deposition

“…The TAS materials have prepared by different methods such vacuum evaporation process, thermal evaporation, electro-pyroelectric technique, pulsed laser deposition, electron beam, among others (Abdelkader et al, 2016Mellouki et al, 2018;Jebali et al, Chalapathi et al, 2018;Dittrich et al, 2009;Bennaji, et al 2019, Gassoumi et al, 2015. However, chemical bath deposition is simple method widely used to obtain semiconductor thin films on substrates due to some advantages, such as large deposition area, reproducibility, low cost equipment and law temperature processes (Lee et al, 2008 andHodes, 2003 and2007).…”