An approach to the analysis of temperature fluctuation in two-phase flow

Afgan, Naim; Jovanovic, L.; Stefanovic, M.; Pislar, V.

doi:10.1016/0017-9310(73)90261-5

Cited by 8 publications

(2 citation statements)

References 2 publications

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“…1). Following the results obtained by Delhaye et al, 21 ' 23 it seems that this assumption is generally misleading, although the method has been applied by Afgan et al 1…”

Section: Pool-boiling Experimentsmentioning

confidence: 97%

“…Walmet and Staub 110 studied local subcooled boiling, characterized by important nonequilibrium effects, with the help of several local measurements of pressure, void fraction, and temperature. For temperature measurement, they used a copper-constantan thermocouple, the size of which was rather large: 150 x 200 M. m. The measured temperature T mes was related to the average liquid temperature T^ by the relationship (1) where Tsat is the vapor temperature assumed to be in saturated conditions and R the line void fraction measured with an X-ray absorption method.…”

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confidence: 99%

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Summary on experimental methods for statistical transient analysis of two-phase gas-liquid flow. [BWR, PWR, and LMFBR]

Delhaye¹,

Jones²

1976

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Separation of Steam and Water Distributions According to Stefanovic et al 13 2. Separation of Steam and Water Distributions According to Barois. 14 3. Subcooled Boiling-temperature Histograms 15 4. Different Hypotheses Concerning the Separation of Liquid and Steam Histograms 16 5. Most Probable Liquid Temperature and Void Fraction above a Nucleus in Nucleate Boiling 17 6. Glass-rod Optical Probe 18

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“…1). Following the results obtained by Delhaye et al, 21 ' 23 it seems that this assumption is generally misleading, although the method has been applied by Afgan et al 1…”

Section: Pool-boiling Experimentsmentioning

confidence: 97%

mentioning

confidence: 99%