This work covers topics such as the basic properties of liquid xenon as related to its application in radiation detectors, and electron-ion recombination in liquid rare gases.
The Basic Properties of Liquid Xenon as Related to Its Application in Radiation Detectors (W F Schmidt); Non-Proportionality of the Scintillation Yield in Liquid Xenon and Its Effect on the Energy Resolution for Gamma-Rays (T Doke); Development of Liquid Xenon Detectors for Medical Imaging (V Chepel); The DAMA Pure Liquid Xenon Experiment (R Bernabei); DRIFT: A Dark Matter Detector with Directional Sensitivity (B Morgan); Studies of Barium Ion Mobility in Liquid Xenon (M Miyajima); XENON: A 1-Tonne Liquid Xenon Experiment for a Sensitive Dark Matter Search (E Aprile); Progress on the Enriched Xenon Observatory Double-Beta Decay Experiment (S Waldman); and other papers.