Amorphous copper oxide films were deposited using the SILAR technique. Both Cu 2 O and
CuO crystallographic phases exist in deposited and annealed films. Crystallization and …

The three-dimensional confinement effects in chemically deposited ZnSe quantum dots in
thin film form are experimentally detected and analyzed. Experimentally measured band gap …

A chemical route to nanocrystalline photoconducting tin (II) selenide quantum dots in thin
film form was developed and the structural and optical properties of the synthesized …

A novel chemical route for deposition of zinc selenide quantum dots in thin film form is
developed. The deposited films are characterized with very high purity in crystallographic …

Quantum-sized bismuth (III) sulfide thin films were prepared using chemical deposition
technique, based on controlled homogeneous precipitation reaction in acidic aqueous …

The temperature-dependent optical absorption of 3D arrays of close-packed strongly
quantized ZnSe QDs, deposited in thin film form, is studied in the interval from 11 to 340 K …

Over the past decades, chemical bath deposition (CBD) has proven its suitability and has
established itself as one of the prominent techniques for depositing different metal …

The sub-bandgap exponential absorption tails of Urbach–Martienssen type in chemically
deposited variable-sized ZnSe and CdSe quantum dots in thin film form were studied. The …

Charge-carrier transport properties in chemically deposited thin films composed of close-
packed tin (II) selenide nanocrystals were studied both in the dark and under conditions …

In the present paper, cadmium zinc selenide (Cd 0.5 Zn 0.5 Se) thin films were deposited on
glass substrates by chemical bath deposition with optimized deposition parameters. 2 …