Previously we showed how small admixtures of xenon (Xe) stabilize electron avalanches in liquid Argon (LAr). In the present work, we have measured the positive charge carrier mobility in LAr with small admixtures of Xe to be 6.4 x 10{sup -3} cm{sup 2}/Vsec, in approximate agreement with the mobility measured in pure LAr, and consistent with holes as charge carriers. We have measured the concentration of Xe actually dissolved in the liquid and compared the results with expectations based on the amount of Xe gas added to the LAr. We also have tested LAr doped with krypton to investigate the mechanism of avalanche stabilization
© 2020 Published by Elsevier B.V. Measurements of electron drift properties in liquid and gaseous xe...
ABSTRACT: Future giant liquid argon (LAr) time projection chambers (TPCs) require a purity of better...
Doping Liquid Argon (LAr) with Xenon is a well known technique to shift the light emitted by Argon (...
Previously we showed how small admixtures of xenon (Xe) stabilize electron avalanches in liquid Arg...
Electron avalanching in liquid argon is being studied as a function of voltage, pressure, radiation ...
We present detailed measurements of the electron avalanche process in liquid Xenon. The measurements...
We measured the mobility and lifetime of excess electrons in high-purity liquid Ar-Xe mixtures as a ...
This work forms an extension to krypton and xenon of previous studies of argon in this laboratory, a...
The development of low noise electronic equipment has facilitated the observation of ionic conductio...
The development of low noise electronic equipment has facilitated the observation of ionic conductio...
Short pulses of electrons of 40 keV energy have been used to generate electron-hole pairs in solid a...
The mobility of excess electrons in liquified noble gas mixtures Ar-Kr and Ar-Xe has been measured a...
The mobility of excess electrons in liquified noble gas mixtures Ar-Kr and Ar-Xe has been measured a...
The mobility μ of excess electrons has been measured in liquid mixtures of Kr and CH4 as a function ...
The mobility \u3bc of excess electrons has been measured in liquid mixtures of Kr and CH4 as a funct...
© 2020 Published by Elsevier B.V. Measurements of electron drift properties in liquid and gaseous xe...
ABSTRACT: Future giant liquid argon (LAr) time projection chambers (TPCs) require a purity of better...
Doping Liquid Argon (LAr) with Xenon is a well known technique to shift the light emitted by Argon (...
Previously we showed how small admixtures of xenon (Xe) stabilize electron avalanches in liquid Arg...
Electron avalanching in liquid argon is being studied as a function of voltage, pressure, radiation ...
We present detailed measurements of the electron avalanche process in liquid Xenon. The measurements...
We measured the mobility and lifetime of excess electrons in high-purity liquid Ar-Xe mixtures as a ...
This work forms an extension to krypton and xenon of previous studies of argon in this laboratory, a...
The development of low noise electronic equipment has facilitated the observation of ionic conductio...
The development of low noise electronic equipment has facilitated the observation of ionic conductio...
Short pulses of electrons of 40 keV energy have been used to generate electron-hole pairs in solid a...
The mobility of excess electrons in liquified noble gas mixtures Ar-Kr and Ar-Xe has been measured a...
The mobility of excess electrons in liquified noble gas mixtures Ar-Kr and Ar-Xe has been measured a...
The mobility μ of excess electrons has been measured in liquid mixtures of Kr and CH4 as a function ...
The mobility \u3bc of excess electrons has been measured in liquid mixtures of Kr and CH4 as a funct...
© 2020 Published by Elsevier B.V. Measurements of electron drift properties in liquid and gaseous xe...
ABSTRACT: Future giant liquid argon (LAr) time projection chambers (TPCs) require a purity of better...
Doping Liquid Argon (LAr) with Xenon is a well known technique to shift the light emitted by Argon (...