Growth of CuInS2 and its characterization
Résumé
Novel methods for the material synthesis, crystal growth and film preparation of CuInS2 were developed, some of their properties were characterized. CuInS2 single crystals were grown by iodine vapour transport. The habit-planes were determined to be (112) and (110). The lattice parameters were determined to be a = 5.517 Å, c = 11.122 Å (tetragonal). The as-grown crystals were n-type with resistivities in the order of 106 Ω-cm. Eight lattice vibration modes were characterized by Raman Scattering. Single phase CuInS2 thin films were prepaed by RF sputtering The as-deposited films were p-type with resistivities in the range of 10-1 to 101 Ω-cm. Back scattering was used for the film analysis. The feasibility of using flash evaporation to deposit single phase CuInS2 films has also been studied.
Mots clés
copper compounds
crystal growth from vapour
electrical conductivity of crystalline semiconductors and insulators
electronic conduction in crystalline semiconductor thin films
lattice constants
molecular vibration in solids
particle backscattering
radiofrequency sputtering
Raman spectra of inorganic solids
semiconductor growth
ternary semiconductors
vapour deposition
crystal growth
CuInS sub 2
lattice parameters
lattice vibration modes
RF sputtering
flash evaporation
ternary semiconductor
thin film growth
I sub 2 vapour transport
habit planes
electrical resistivity
Raman scattering
back scattering
Domaines
Articles anciens
Origine : Accord explicite pour ce dépôt