Experimental investigation of flow boiling in a 4.0 mm tube at different gravity conditions: 0g, 1g, and 2g
Convective boiling in reduced diameter channels has been presented as an efficient way of cooling high heat fluxes generated by electronic components. In this context, a large number of authors have dedicated their efforts to study this heat transfer mechanism in normal gravity conditions. However, in space applications under microgravity conditions, and in aircrafts, which have variations in a range of acceleration in that fluid is undergoing, the number of studies is reduced.