Synthesis and characterization of tin sulphide thin films grown by chemical bath deposition technique

Electrochemical behavior of tin(II) at the electrodeposition tin sulfide on Mo-electrode

“…Полученные зависимости тока пика восстановления и тока пика окисления от концентрации и скорости развертки могут быть выражены уравнениями прямых с определением коэффициента корреляции для каждой прямой (4)(5)(6)(7)(8)(9). Рисунок 2 -Циклические вольтамперные кривые ионов 0,02 М Sn(II), снятые на молибденовом электроде на фоне 0,2 М цитрата натрия, снятые при разных скоростях развертки: 1 -10 мВ/с; 2 -20 мВ/с; 3 -30 мВ/с; 4 -50 мВ/с; 5 -100 мВ/с Для рисунка 3 в: Е(мВ) = 37,26 + 0,070 V 1/2 (мВ/с); R 2 = 0,986 пик восст.…”

“…Тонкие пленки SnS обычно получают с помощью высокотемпературных и многостадийных методов, таких как спрейпиролиз [6], химическое осаждение из паровой фазы [7], осаждение SILAR [8], испарение с помощью направленного пучка электронов [9].…”

Synthesis and characterization of chemically deposited nickel substituted CdSe thin film

“…A ternary system Cd 0.5 Ni 0.5 Se composed of NiSe and CdSe can be engineered for better application purpose. Semiconductor with band gap of 1.2 eV [4] has appropriate electrical and optical characteristics suitable for solar applications. Therefore, our interest is to study electrical and optical properties of nickel substituted CdSe semiconducting material which is useful for solar applications.…”

“…Therefore, our interest is to study electrical and optical properties of nickel substituted CdSe semiconducting material which is useful for solar applications. CdSe and NiSe thin films have been prepared by molecular beam epitaxy, electron beam evaporation, electrodeposition, chemical vapour deposition, spray pyrolysis, sputtering and chemical bath deposition [3][4][5]. The chemical bath deposition is emerged as an important method due to several advantages such as low cost, low processing temperature and large area deposition capability [6][7][8][9][10].…”

The application of SnS nanoparticles to bulk heterojunction solar cells

“…Furthermore, it has a large optical absorption coefficient [10], and is widely used in the thin-film solar cells. SnS can be prepared to many different morphologies, thin films [11,12], nanowires [13,14], fullerene-like nanoparticles [15], dendrite-like nanoparticles [16], and nanobelts [17]. However, the size of the most products is larger than 10 nm, and the products cannot form homogeneous solution with polymer in chlorobenzene or other solvent.…”