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A two-phase argon detector has high discrimination power between electronrecoil and nuclear recoil events based on the pulse shape discrimination andthe ionization/scintillation ratio (S2/S1). This character is very suitable forthe dark matter search to establish the low background experiment. However, thebasic properties of S2/S1 of argon are not well known, as compared with xenon.We report the evaluation of S2/S1 properties with a two-phase detector atdrift-fields of 0.2-3.0 kV/cm. Finally, the discrimination power againstelectron recoil background of S2/S1 is discussed.

Scintillation and Ionization Ratio of Liquid Argon for Electronic and Nuclear Recoils at Drift-Fields up to 3 kV/cm