Static and dynamic hot electron effects in liquid xenon

Hot electron effects in liquid xenon are quantitatively analyzed including electric field dependent drift mobilities and reaction rate constants (with SF6) and also conductivity relaxation following subnano-second pulsed ionisation. The interrelations between the effects are shown and a value of the electron energy exchange frequency of VK=(1.0±0.2)×10⁹ (Te/T)^0,5 s⁻¹ at 165 °K is derived from experimental data.