Abstract
The attenuation length of electrons drifting in liquid argon is examined as a function of electric drift field from 0.5 to 3.0 kV cm−1, and of impurity level for low concentrations of oxygen (∼ ppb) and nitrogen (∼ ppm). Deviations from the “standard” formula are noted, possible explanations are discussed, and a new, semiempirical formula is proposed.
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