The majority of solid‐state radiation sensors are predominantly single crystals. However, for
low‐cost and large‐area device applications, thin films are a better option. The first evidence …

Abstract n-GaN/p-GaAs heterojunctions were fabricated by plasma-assisted molecular beam
epitaxy (PA-MBE). The fabrication was carried out by the growth of n-type cubic GaN on p …

We propose the use of polysilicon thin-film circuits to develop charged particle and neutron
detection systems. We detail the methodology to design, fabricate, and implement …

In this work, the ability of CdTe/CdS thin-film device structures prepared by the hot-wall
method to detect ionizing radiation was investigated. The samples were fabricated with a …

It is shown that, at helium temperatures, relaxed CdTe films reveal isolated emitters, the
properties of which indicate their relation with a weakly perturbed fragment of the Shockley …

This paper describes an electrostatic charge sensor based on a microelectromechanical
systems (MEMS) resonator with dual micro-levers to improve sensitivity. The device …

The article is dedicated to the numerical simulations of thin-layer structures based on CdTe
semiconductors, which can be fabricated by using low-cost technologies. Structures …

Solid-state neutron detectors offer an alternative to 3 He based detectors, but suffer from
limited neutron efficiencies that make their use in security applications impractical. Solid …

The need for high-efficiency wide-area coverage radiation detectors is essential in
applications related to nuclear medicine, industrial imagining, environmental monitoring …

AIIBVI groups of compound semiconductors, their solid solutions, bulk and thin films on their
base have wide application possibilities in modern microelectronics. Creation of …