Transverse Heat Flow Research Articles

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Articles published on Transverse Heat Flow

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Transverse heat flow in gaseous hydrogen isotopes at low temperatures

For gaseous hydrogen isotopes at temperatures between 22 K and 110 K, measurements are reported on transverse heat flow, which occurs under the influence of a magnetic field. For HD, the effect is found to be much larger than for H 2 and D 2. The observed strong temperature dependence of the effect is compared with theoretical expressions. Mixtures of para hydrogen with ortho hydrogen as well as mixtures of ortho deuterium with helium have also been investigated.

Physica

Jan 1, 1971
L.J.F Hermans + 3

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Transverse heat transport in polyatomic gases under influence of a magnetic field

Transverse heat flow, occuring in a gas of polyatomic molecules under influence of a magnetic field, has been measured for N 2. CO. O 2. HD. CH 4 and CD 4 at 77.4°K. and for NO and CF 4 at 81°K. The experimental results are in fair agreement with theory. Signs of rotational Landé g-factors have been determined.