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The effects of r educt ion of temperat ure on the relat i ve light out.puts of the gas-free liquid scintillators, DPO, aNPO, and PBD + POPOP, dissolved in xy lene, have been investigated. From room temperature down to 350 C t he relative li ght outputs increase markedly under bot h alpha and gamma excitation . Under the cond itions of the present experim ents it ha bee n poss ible to make a gasfree solution of PBD + POPOP in xylene more effi cient t han crys tal anthracene.

Thermal quenching in alpha- and gamma-excited fluorescent solutions