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KMID : 0371819960280040379
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Nuclear Engineering and Technology
1996 Volume.28 No. 4 p.379 ~ p.389
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Interfacial Wave Characteristics for Countercurrent Straatified Air-Water Flow in a Horizontal Pipe
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Heung June Chung
Se Young Chun/Moon Ki Chungm/and hee Cheon No
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Abstract
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To experimentally investigate the several wave patterns for the horizontal countercurrent stratified air-water flow, a series of systematic experimental studies have been performed. The experiments are carried out in a horizontal pipe with 4m in length and 102mm in inner diameter. The oater and air superficial velocities vary from 0.0004 to 0.0204 and from 0 to 6m/s, respectively. The instantaneous water thickness is measured by parallel-wire conductance probes, and the wave field is recorded by high speed video camera. Also, to evaluate the wave effect on interfacial friction factor, the pressure drop is measured. Statistical data anal)sis is accomplished in order to obtain the fundamental wave parameters such as un amplitude, length and velocity, and spatial growth factor. By using these statistical parameters, the wave regime boundaries can be verified.
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