Abstract
We present measurements of the magnetic relaxation of highly polarized liquid 3He confined inside a silver sinter, from 40 mK to 1.15 K, and 2 to 27 bars. At low temperature, the relaxation rate decreases with increasing polarization, in qualitative agreement with the Hammel–Richardson model. In this framework, our results at low polarization imply that relaxation in the first, solid, layer does not depend on pressure, but is more efficient as the temperature increases.
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