In the experiment of flow boiling heat transfer, the effects of calcium carbonate scaling and various technologcial conditions on flow subcooled boiling heat transfer were studied experimentally.

Investigation of subcooled boiling incipience in flow boiling heat transfer through narrow channels;

Experimental study of natural convective subcooled boiling heattransfer in a vertical annular channel;

Experimental study of flow instability and CHF in a natural circulation system with subcooled boiling;

On the other hand, because the heat transfer coefficient of subcooled flow boiling is much larger than that of single-phase flow, subcooled flow boiling can enhance heat transfer and decrease heat transfer temperature difference.