Abstract
Abstract A gridded ionization chamber with a gap of 5.9 cm was used to study the drift of conduction electrons in liquid xenon. Electrons were generated by cosmic rays traversing the active volume of 0.6 liter. To be sensitive to the effect of electron attachment by electronegative impurities, long drift distances, or equivalently, long drift times, were achieved by reducing the electric field strength. Data were recorded for the range 7 V/cm ≤ E
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