Изготовление энергоэффективных теплообменников с применением лазерных технологий

Abstract

Экспериментально исследовано влияние внутреннего диаметра трубки на высоту поднятия диспрстной среды внутри нее.

The influence of the internal diameter of the tube at the previously discovered effect has been experimentally investigated, namely, that if a hollow cylinder (tube) lowered in a stationary ventilated bed, the inside of the cylinder the solid phase starts to move rapidly whereby the height which dispersed medium reaches inside the tube exceeds the height of the stationary bed. It is shown that the height and character of particles motion directly depend on the internal diameter of the tube.