Thursday 26 June 2014

High pressure xenon detector

Development of high-pressure Xe ionization chambers for - Indico. A feasibility study exploring the use of high-pressure xenon (HPXe. Vibrostability of high pressure xenon gamma-ray detectors.


Particle Discrimination Using a High-Pressure Xenon Gas. A high pressure xenon gamma-ray spectrometer using a coplanar.


High pressure xenon detector

Workshop on Xenon-Based Detectors, Berkeley. November 16-18 2009 U. S. Department of Energy. Advantages of high-pressure Xe as detector medium. Particle Discrimination Using a High-Pressure Xenon Gas Scintillation Detector. Page 1. Previous, 1 of 178, Next. View Description. Download. small (250x250. Keywords: Radiation detectors. Gamma-ray spectrometers. High pressure xenon. Gas ionization chamber. 1. Introduction. High pressure xenon ionization.


Performance of the High Pressure Xe detector for the Radiation


As the title suggests we explored the feasibility of using high-pressure xenon detectors for characterizing spent fuel. The three nondestructive characterization. For about 20 years high-pressure xenon (HPXe) detectors have been developed for the measurement of gamma-radiation spectra in the energy range 0.1-5.


A new coplanar-grid high-pressure xenon gamma-ray - IEEE Xplore


IEEE Xplore Abstract - High-pressure xenon detector to identify and. High-pressure xenon detector development at Constellation. ABSTRACT We have developed a high-pressure electroluminescence (EL) detector consisting of a cathode, 5 drift rings, and an EL-generating structure which.

HIGH PRESSURE XENON 3D IMAGING DETECTOR, SBIR. gov. Images for high pressure xenon detector.


Ionization and scintillation response of high-pressure xenon gas to.


Abstract—High-pressure xenon (HPXe) gas is a desirable radia - tion detection medium pair, and the ability to produce devices with large detection vol - umes. Development of High Pressure Xenon Detectors for. Dark Matter and Neutrino - less Double Beta Decay. A. Goldschmidt, V. Gehman, M. Long, H. Matis, T. Miller. Advanced Ionization Chambers for Radiation Detection: Electrode Design and Performance Analysis of High-Pressure Xenon Ionization Chambers [Scott Kiff] on.