The study of Soft X-ray emission can be a source of fundamental information, particularly for
what concerns tokamaks and plasma diagnostics, but also in general in the fields of high …

Next-generation megawatt-scale neutrino beams open the way to studying neutrino-nucleus
scattering resorting, for the first time, to gaseous targets. This could lead to deeper …

In this paper, we report on a systematic study of a soft X-ray Gas Electron Multiplier (GEM)
detector built with aluminium-clad kapton GEM foils. The primary objective of this research is …

A method based on the principle of x-ray tomography is a good way of assessing the
parameters of the radiation emission distribution in the plasma. In this method, a set of …

In this work a set of simulations that aim at the optimization of gaseous detectors for
applications in X-ray fluorescence imaging in the energy range of 3--30keV is presented. By …

The current work explores the potential ability to identify fast neutrons with one Gas Electron
multiplier (GEM) detector connected to a polyethylene (PE) converter. Hence, a simulation …

This study investigates the potential use of lignocellulosic material for Gas Electron Multiplier
(GEM) foils in high-energy physics experiments. A 50 µm thick lignocellulosic film was …

The paper presents the results of simulations of the interaction of X-rays of different discrete
energies (1–25 keV) with the structure of the GEM chamber. The simulations were …

The search for new technologies in the field of plasma diagnostics entails the increasing
demands on the radiative stability of the used materials due to development and usage of …

Many types of micropattern gas detectors (MPGD) have been used as tracking detectors in
experiments with high-energy particle physics and imaging detectors, especially in the case …