We considered the basic principles of AIIBVI (CdS) semiconductor deposition from aqueous solution by ECD and SILAR methods. Obtained results confirm that quality of CdS film synthesized by electrodeposition is practically identical to single crystal quality. The SILAR deposition allowed us to investigate quantum confinement in CdS nanocrystals.
Demonstration of porous anodic alumina application for photonics and optoelectronics is presented. Investigation of photonic structures and nanocomposites based on porous anodic alumina is performed. Techniques of highly ordered porous structure formation are demonstrated. Features of nanocrystal template deposition into nanopores are discussed.