[PDF] Top 20 Role of Substrate Temperatures on Structural, Optical, Wetting and Electrical Transport Properties of CdS Thin Films

... 350˚C substrate tempera- tures. The substrate was cleaned by ultrasonic ...to substrate distance was kept around 22 cm. The structural properties of CdS studied by X-ray dif- ... See full document

... selenide films were prepared by chemical bath deposition technique on glass ...the structural, optical and electrical properties of the films was systematically ...all ... See full document

... the substrate is heated, the pumping and exhausting gas scrubbing systems, and temperature controller with a Copper-Constantan ther- mocouple to control the substrate ...deposit CdS thin ... See full document

... Cubic CdS grows in the zincblende structure by considering metastable phase ...of CdS thin films are shown in Figure ...obtained CdS films have a cubic structure with the ... See full document

... the structural, surface morphological, optical and electrical properties of the prepared films has been ...The structural studies revealed that the spin coated films have ... See full document

... ZnO thin films can be produced by several techniques such as reactive evaporation and thermal annealing [6], molecular beam epitaxy (MBE) [7], magnetron sputtered technique[8], pulsed laser deposition (PLD) ... See full document

... CdS thin film was successfully prepared by chemical bath deposition ...All films deposited on glass substrate are no sharp peak which indicates the samples are in amorphous ...The CdS ... See full document

... their properties as per requirements and hence project themselves as important semiconducting materials for further advancements in the field is wide band gap material and plays a dominant role in modern ... See full document

... significant role to play in the fabrication of photovoltaic devices because of their suitable characteristics like high optical transmittance, absorbance, energy band gap and control over electrical ... See full document

... and properties of the spray deposited film highly depends on the various process parameters such as spray rate, substrate temperature, nozzle to substrate distance, quantity of spray solution, and ... See full document

... decades, thin films of ZnO have given rise to a great interest, as transparent conducting ...the optical and electrical properties of zinc oxide; it’s very high thermal and chemical ... See full document

... oxide films, such as ZnO thin films, have found extensive applications in optoelectronic devices [3] for example, solar cells [4], liquid crystal displays, heat mirrors and multiplayer photothermal ... See full document

... silicon thin film is a promising material potentially used in the optoelectronic field due to its improved and unique ...silicon thin films were grown by using a 150MHz VHF-PECVD to study the effect ... See full document

... The XRD spectrum of the film shows a clear pattern of single phase orthorhombic lattice structure, as shown in Fig.3(a). A number of extra peaks, associated with metallic molybdenum and bismuth are also observed, ... See full document

... photovoltaic properties of suitable materials is perfect energy conversion process ...develop thin-films photovoltaic devices, which directly convert sunlight into electricity mainly by semiconductor ... See full document

... interesting optical properties in the carbon-based films by ability to tuning wide optical band gap of ...physical properties depending on the deposition ...different optical ... See full document

... the films. All the films were produced at a substrate temperature of 350 ± 5 ° C, and the substrate temperature was measured using an iron-constantan ...the films were given in Table 1. ... See full document

... the substrate temperature of ...to substrate were kept constant. The structural properties and optical properties of the as-deposited thin films have been studied ... See full document

... BST thin films have been prepared by several techniques like metal organic chemical vapor deposition (MOCVD) [22], sputtering [23], pulsed laser deposition [24], chemical solution deposition [25] and ... See full document

... thickness, refraction and absorption coefficients of the layers prepared at 150 and 340 W totally increase with increasing power from 150 to 340 W because the dominant phase in these layers is a Cu 2 O phase and these ... See full document