Microstructural Study of Thin Films CuFeObtained by Thermal Evaporation ofNanostructured Milled Powder

In the present work, an extension of conventional PS-PVD process as a two-chamber process is proposed and investigated by means of numerical modeling: the powder is vaporized in

The milling duration waschosen in such a way as to obtain a nanostructured mixture and to form a supersaturated solidsolution of CuFe; the powder mixture was used to deposit CuFe on

The elaboration of our films has been carried out using thermal evaporation process (physical vapor deposition) under 1 × 10 -6 mbar vacuum from an electrically heated tungsten boat,

Abstract : Iron diselenide (FeSe) composite thin films have been formed onto ultrasonically and chemical cleaned glass substrates by thermal evaporation technique from powder..

In this paper, we report on preparation of the nanocrystalline FeSe 2 powder by mechanical alloying (MA) process and investigation of structural and optical

A Thin Film Electroluminescent Device (TFELD) using a γ-CuBr active layer was fabricated and the room temperature Electroluminescence (EL) was obtained for γ-CuBr for the first

The annealing procedure was performed by means of a small furnace in the electron microscope, step by step from 20°C to 40O0C and then an additional 100 KeV electron

hor’s peer reviewed, accepted manuscript. However, the online version of record will be different from this version once it has been copyedited and typeset.. If evaporation of a