Abstract
The temperature dependence of the pulse shape discrimination (PSD) properties of the liquid scintillator Ne 213 was investigated in the temperature range −15 to +30°C. The large temperature dependence of the PSD reported in the literature could not be confirmed. Even in very sensitive measurements no change in the PSD properties was observable. This indicates that both the intensity ratio of the fast and slow components of the scintillation and the scintillation decay times have very small temperature coefficients.
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