The time dependence of luminescence in liquid argon and xenon has been studied for electron,
α-particle, and fission-fragment excitation. The lifetimes of low excited molecular states (…

For the determination of the absolute scintillation yields–the number of scintillation photons
per unit absorbed energy–for a variety of particles in liquid argon, a series of simultaneous …

The scintillation yields and decay shapes for recoil Xe ions produced by WIMPs in liquid
xenon have been examined. A quenching model based on a biexcitonic diffusion-reaction …

The drift velocities of electrons, the saturation characteristics of ionization and the W-values
for internal conversion electrons emitted from 207 Bi in liquid argon, liquid argon-gas (xenon, …

Fano factors in liquid argon, krypton, xenon and xenon-doped liquid argon are estimated
from the Fano formula by using the parameters in the energy balance equation for the …

Measurements were made of the average energy W per ion pair formed in liquid xenon by
internal-conversion electrons from Bi 207. We observed voltage pulses resulting from electron …

Scintillation yields (scintillation intensity per unit absorbed energy) in liquid argon for ionizing
particles are reviewed as a function of LET for the particles. The maximum scintillation yield…

The scintillation and ionization yields in liquid argon by α particles and fission fragments
have been measured as a function of the applied electric field (≤ 38 kV/cm). The quenching …

Biexcitonic collision kinetics with prescribed diffusion in the ion track core have been applied
for scintillation response due to heavy ions in liquid argon. The quenching factors q = E L /E…

A liquid xenon dual-type gridded ionization chamber designed as a gamma-ray spectrometer
was constructed and some tests for gamma-rays were made by using highly purified xenon …