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The ionization yield in the two-phase liquid xenon dark-matter detector hasbeen studied in keV nuclear-recoil energy region. The newly-obtained nuclearquenching as well as the recently-measured average energy required to producean electron-ion pair are used to calculate the total electric charges produced.To estimate the fraction of the electron charges collected, the Thomas-Imelmodel is generalized to describing the field dependence for nuclear recoils inliquid xenon. With free parameters fitted to experiment measured 56.5 keVnuclear recoils, the energy dependence of ionization yield for nuclear recoilsis predicted, which increases with the decreasing of the recoiling energy andreaches the maximum value at 2~3 keV. This prediction agrees well with existingdata and may help to lower the energy detection threshold for nuclear recoilsto ~1 keV.

Ionization Yield from Nuclear Recoils in Liquid-Xenon Dark Matter Detection