DEFINITION OF TEMPERATURE AND TEMPORARY PARAMETERS OF INTERACTION OF THE STRONGLY HEATED UP METAL WALL AND FINE FAST WATER DROPS
The technique of realization of experiments on cooling a surface massive heated up to 500 °C Wall by falling individual drops by diameter 0,3 and 3,2 mm having various temperature (°C). Is submitted. The sanction of the gauge of superficial temperature on time 10-7s, on space of 0,11 mm. Some results of measurements are submitted: the duration of forward front of process of fall of superficial temperature of a wall, duration of time of thermal contact, size of fall of temperature of a surface and size of temperature of a surface, up to which is cooled a surface. High density of capacity of a thermal flow from the heated up wall to a liquid is established and the conclusion about possible existence of process convective heat transfer in a layer of a liquid contiguous to a steam layer is made.