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[en] Temperature changes affect the calibration of liquid scintillation counting systems, in particular for 3H measurements. By compensating for the temperature coefficient of the gain of the photomultiplier tubes the validity of the calibration can be extended to a wide temperature range. Temperature compensation improves the accuracy of ambient temperature systems. For temperature-controlled counting systems it offers the advantage that calibration curves remain valid, if the temperature of the system is changed. (author)
Source
Crook, M.A. (Polytechnic of the South Bank, London (UK)); Johnson, P. (Hoechst Pharmaceuticals Research Ltd., Milton Keynes (UK)); p. 260-266; ISBN 0 85501 209 9; 
; 1977; p. 260-266; Heyden; London; Symposium on liquid scintillation counting; Bath, UK; 16 - 19 Sep 1975
; 1977; p. 260-266; Heyden; London; Symposium on liquid scintillation counting; Bath, UK; 16 - 19 Sep 1975