Abstract
The paper presents new experimental results on pulsed heat transfer from a solid into saturated helium pool under confined conditions, i.e. when the fluid space is restricted in the nearness to a heater. Temperature variation is traced in the both cycles: heating-up and cooling-down, starting from the first pulse till the establishing of dynamic equilibrium. Attention is focused on the effect of the relative heat pulse period on the parameters of helium heat transfer crisis.
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