Abstract
The Scott thermomagnetic torque has been measured in three ortho–para concentrations of deuterium gas at pressures of 0.45–1.80 torr and in magnetic fields up to 440 Oe. The temperature range covered was 100–350°K. The product of the torque and pressure plotted as a function of the field divided by pressure has a maximum at (H / P)max = 90 Oe/torr. All ortho–para concentrations of deuterium gas produced the same torque in contrast to the results in hydrogen. Also, in all concentrations the torque was found to become very small as the temperature was lowered to 100°K.
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