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Abstract
Temperature dependence of magnetic field effects on the chemical equilibrium was investigated for a ferromagnetic metal hydride–hydrogen system. The equilibrium hydrogen pressure was observed in the β+ γ region for LaCo 5H x under the influence of magnetic fields up to 15 T in the temperature range between 293 and 343 K. The equilibrium hydrogen pressure was increased with increasing magnetic fields at each temperature. This magnetic effect was reduced with increasing temperatures. The experimental results agreed with the thermodynamic calculation and were explained by the thermomagnetic propertics of LaCo 5H x .
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