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 …

ZnSe powders were prepared at 125–200° C by hydrothermal method using Zn and Se as
source materials. The powders were cubic zinc blende structure ZnSe, and some ZnSeO4 …

In this work, ZnSe-based polycrystalline ceramics were successfully synthesized from Se
and Zn powders in the range of 2.0 GPa and 900° C–1400° C by using the high-pressure …

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 …

Nanocrystalline ZnSe powder was prepared by mechanochemical process from Zn and Se
pure granules. Zn and Se granules transformed to powder during mechanochemical …

The reasons for the occurrence of optical inhomogeneities in ZnSe or Fe: ZnSe ceramics,
which were made from nanoparticles, obtained using a continuous wave ytterbium fiber …

The ZnSe nanocrystalline powders were synthesized by mechanochemical reaction method.
The powders milled at air atmosphere have the second phase ZnO, but that milled above 2 h …

ZnSe nanoparticles were synthesized for the first time by a microwave heating process using
high purity Zn and Se powders in equimolar ratio. Nanoparticles of the title material were …

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 …

Abstract Mid-infrared ZnSe 0.9 S 0.1 transparent mixed crystal ceramics were successfully
fabricated by hot pressing (HP) in combination with post hot isostatic pressing (HIP). The …