The ternary semiconductor CuInSe,, henceforth referred to as CIDS, has come into recent
prominence because durable and efficient solar cells have been made from it at cost …

The progress towards high-efficiency thin-film polycrystalline solar cells is examined in this
paper together with a brief history of their development. We focus on the three materials of …

Stoichiometric CuInSe 2 films were prepared by flash evaporation on Mo or glass substrates.
Structural characterization was carried out by microprobe, X-ray, scanning and transmission …

A TEM study of the crystallography and defect structure of the ternary compound
semiconductor CuInSe2 has been carried out. Single crystal samples grown by the vertical …

Amorphous films of CuInSe2 were deposited on glass substrate by flash evaporation of
source materials. The films were found to be p-type semiconductors. The direct optical band …

CuInSe 2 thin films were cathodically electrodeposited on conducting substrates from
aqueous solutions containing CuCl, InCl 3 and SeO 2. Structural characterization were …

CuInSe 2 thin films were prepared in the temperature range of 300–500° C by RF sputtering
from powder targets, which were previously synthesized by reacting Cu, In, and Se in …

Comparative study on the microstructural and photoluminescence (PL) properties of CuInSe
2 films deposited by both three-source sputtering and hybrid sputtering was carried out by …

Two candidate polycrystalline thin film materials, CuInSe 2, and CdTe, have emerged as
potential leaders in the effort to develop low-cost photovoltaics. Until recently, most progress …

CuInSe2 films of various stoichiometries have been prepared by the two‐stage process. In
this method, Cu‐In layers were first evaporated onto Mo‐coated glass substrates in the form …