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STUDY ON BUBBLE BEHAVIORS IN SUBCOOLED FLOW BOILING

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Transportphenomena in subcooled flow boiling

Heat and Mass Transfer, 2010
Subcooled boiling has been subject of extensive research studies in the literature. So far, the approach of studying the phenomena of subcooled boiling has rather been an integral method by measuring the heat transport from the wall to the liquid and by following the growth and collapse of the bubbles.
A. Lucic, F. Mayinger
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Subcooled Flow Boiling in a Minichannel

Heat Transfer Engineering, 2009
It has been considered that the dry-out is easy to occur in boiling heat transfer for a small channel, a mini or microchannel because the channel was easily filled with coalescing vapor bubbles. In the present study, the experiments of subcooled flow boiling of water were performed under atmospheric condition for a horizontal rectangular channel of ...
Akira Oshima   +3 more
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Local Subcooled Flow-Boiling Model Development

Fusion Technology, 1996
Several existing heat transfer models for uniformly heated channels were examined to accurately represent the boiling curve and to characterize the local heat transfer coefficient under high-heat-flux (HHF) conditions. Comparisons with HHF data showed that major correlation modifications were needed in the subcooled partial nucleate boiling (SPNB ...
Ronald D. Boyd, Xiaowei Meng
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Void Fractions in Subcooled Flow Boiling

Journal of Heat Transfer, 1969
A semianalytic model is presented for the prediction of void fractions in subcooled flow boiling at elevated pressures. The model is based on the formation and growth of a bubble boundary layer adjacent to the heated surface at a rate determined by the difference between the imposed surface heat transfer and the heat removal capability of the subcooled
P. S. Larsen, L. S. Tong
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Interfacial area measurements in subcooled flow boiling

Nuclear Engineering and Design, 2001
The purpose of the present study was to measure two-phase parameters in subcooled flow boiling. These parameters include void fraction distribution, interfacial area concentration distribution, Sauter mean diameter, and the interfacial velocity.
Bartel, Michael D.   +4 more
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