Fe: ZnSe transparent ceramics were prepared by spark plasma sintering. Fe: ZnSe powders
synthesized via co‐precipitation yielded well‐dispersed particles with an average particle …

Fe: ZnSe nanopowders were synthesized via the co‐precipitation method for fabricating
transparent ceramics. FexZn1− xSe (0.00≤ x≤ 0.06) powders that were calcined at 400° C …

Abstract In this study, Fe 2+: ZnSe transparent ceramics with different doping concentrations
were prepared from annealed FeSe and ZnSe powders by hot pressing. The as-prepared …

In this work, Fe^ 2+: ZnSe powders were prepared by grinding a mixture consisting of high-
purity ZnSe obtained via chemical vapor deposition and thermally diffused Fe^ 2+: ZnSe. In …

ZnSe is an important infrared optical material. It's popularly used as optical components in
infrared field such as high-power CO2 laser and thermal imagining. At present …

Abstract In this study, Fe 2+: ZnSe x S 1-x (0.6≤ x≤ 1) solid solution laser ceramics with
cubic crystal structures were prepared for the first time via hot pressing sintering, using …

Abstract Transparent Fe 2+: ZnS polycrystals are 3–5 μm mid-IR laser gain materials with
great importance. In this paper, a novel route combining wet-chemical co-precipitation, hot …

Cr 2+: ZnSe materials have attracted much attention as candidates for mid-infrared laser
source either in the form of polycrystalline powders, or bulk ceramics, single crystals and …

ZnSe powders have been prepared by vapor reaction during combustion synthesis. The
powders contain both cubic and hexagonal ZnSe, where the fraction of the hexagonal phase …

Spark plasma sintering (SPS) was utilized to achieve the densification of ZnSe ceramics with
a simple 3D ball-milling powder processing. The morphology evolution of powders during …