Abstract
The kinetics of boiling-up of superheated n-pentane in a glass tube was studied by high-speed video and fast acting pressure sensor. The top of the tube is sealed. It is shown that, as the threshold temperature is approached, the boiling-up of a superheated liquid is accompanied by significant pressure jumps and oscillations, and the formation of a vapor film can begin with self-organization in the near-wall layer of the liquid.
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