The lead (Pb) halide perovskites show great potential in X-and gamma-ray detection with a
high attenuation coefficient, wide bandgap energy, and large mobilitylifetime () product …

The present review deals with the novel developments in melt growth techniques which
have arisen mostly within recent five-ten years and focuses on recent progress in growing …

The chemical concept of lattice hybridization was applied to identify new chalcohalide
compounds as candidates for X-ray and γ-ray detection. Per this approach, compound …

The growth of CdZnTe crystal suffers from poor yield due to the low thermal conductivity, and
a convex growth interface is usually essential to grow large-volume CdZnTe single crystal …

In the current work, successful growth of an In-doped CdZnTe (InCZT) ingot with a bulk size
of∼ 8 cm long and 2.5 cm diameter was achieved through gradient freeze process. The …

Benzimidazole single crystals were grown using a vertical Bridgman technique with
modified ampoule design. The thermal fluctuations during the melt were effectively …

The effect of surface preparation on CdZnTe properties was investigated. Surface etching
using bromine solutions enhances Te elemental composition, resulting in a Te rich surface …

Improving the structural, optical, and electronic properties of bulk CZT remains a topic of
great interest for producing high quality nuclear imaging material. Consideration must be …

Cadmium zinc telluride (Cd1− xZnxTe) crystals have many applications in optoelectronics
and as room-temperature detectors. We grew bismuth-doped CZT crystals by the standard …

The II-VI compound semiconductor cadmium zinc telluride (CZT) is very useful for room
temperature radiation detection applications. In the present research, we have successfully …