Showing papers on "Cone calorimeter published in 1966"
TL;DR: In this article, the volume expansion of the liquid in an absorption cell calorimeter can provide an instantaneous record of the energy in a laser pulse is examined, using experiments with a cell of effective length 8 cm using a 5% solution of nickel sulphate.
Abstract: The suggestion that the volume expansion of the liquid in an absorption cell calorimeter can provide an instantaneous record of the energy in a laser pulse is examined Experiments with a cell of effective length 8 cm using a 5% solution of nickel sulphate are described Because of the temperature dependence of the cubical coefficient of expansion, sensitivity depends on the starting temperature and the variation of displacement with energy is nonlinear A pulse calibration technique is suggested and justified by comparative experiments with a nickel-copper cone calorimeter
7 citations