TO THE PROBLEM OF COOLING OF THE LIQUID AND SOLID COMPONENTS, FORMED AT THERMAL AUTOPSY OF THE FUEL ELEMENTS ON THE SURFASE OF THE VIBROTRANSPORTER

Abstract

Results of experimental investigation of heat-exchange liquid and solid components introduced (in the model materials), formed at thermal opening of the fuel elements on the inclined surface of the vibrotransporter. It was recommended, that when parameters of vibration provided the movement of the solidified particles the required heat-transfer coefficient depends primarily on the frequency of fall drops monotonically increasing with its increase, and to a lesser on the vibration parameters and cleanliness of heat-exchange surface. Receiving results recommended for calculations cooling surface of the liquid and solid components at thermal autopsy of the fuel elements.

Keywords

• thermal autopsy
• fuel elements
• liquid and solid components
• crystallization
• surface of the vibrotransporter
• regular thermal mode
• heat-exchange