This work presents recent efforts in optimization of Gas Electron Multiplier (GEM) detector
simulations developed so far. The mentioned triple-GEM based measurement systems were …

Creation and development of a new diagnostics useful for future thermonuclear reactors and
helpful in studying impurity profiles, MHD modes/localization, and imaging are among …

Abstract Development of gaseous detectors, more specifically Gas Electron Multiplier (GEM)
based detectors, for application at tokamak plasma radiation monitoring/imaging in Soft …

As one of the main detectors for monitoring neutron flux rate in a nuclear reactor, the fission
chamber (FC) suffers from issues such as low sensitivity, limited counting rate dynamic …

The energy calibration and efficiency calibration of one silicon drift detector (SDD) are
introduced here. The energy calibration is achieved using four radioactive sources, and the …

The quality control of thin film thickness measurements through the transmission and
counting of beta and X-ray radiation has achieved very competitive precision with values to …

The low energy germanium detector (LEGe) is in all aspects optimised for performance at
low and moderate energies. It has specific advantages over conventional planar or coaxial …

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 …

Resumen en español En este trabajo se realizó un estudio computacional de un detector de
radiación GEM con el objetivo de evaluar su desempeño para la obtención de imágenes de …