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The transmission of liquid argon has been measured, wavelength resolved, fora wavelength interval from 118 to 250 nm. The wavelength dependent attenuationlength is presented for pure argon. It is shown that no universal wavelengthindependent attenuation length can be assigned to liquid argon for its ownfluorescence light due to the interplay between the wavelength dependentemission and absorption. A decreasing transmission is observed below 130 nm inboth chemically cleaned and distilled liquid argon and assigned to absorptionby the analogue of the first argon excimer continuum. For not perfectly cleanedargon a strong influence of impurities on the transmission is observed. Twostrong absorption bands at 126.5 and 141.0 nm with approximately 2 and 4 nmwidth, respectively, are assigned to traces of xenon in argon. A broadabsorption region below 180 nm is found for unpurified argon and tentativelyattributed to the presence of water in the argon sample.

Attenuation of vacuum ultraviolet light in liquid argon