Abstract
A study has been made of the thermal
conductivities of a number of simple organic vapours at various pressures and
temperatures. The measurements indicate that the variation of conductivity with
pressure is a function of gas imperfection ; for substances with appreciable
dipole interaction the effect is large, but for other substances where gas
imperfection involves only van der Waals forces, the effect is much less. In
all cases it is probable that the change in specific beat of the vapour with
pressure is the main cause of the observed conductivity variation.
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