References
- Banwell , C.J. , Communications to “Steam-Water Critical Flow Through Pipes,” Proc. Inst. Mech. Engrs. , 176 , 745 ( 1962 ).
- Chisholm , D. , “ Row of Incompressible Two-phase Mixtures Through Sharp-edged Orifices ,” J. Mech. Engng. Set. , 9 , 72 – 78 ( 1967 ).
- Chisholm , D. , “ Two-phase Flow Through Sharp-edged Orifices ,” J. Mech. Engng. Sci. , 19 , 127 – 129 ( 1977 ).
- Fauske , H. , “ Contribution to the Two-phase One-component Critical Flow ,” Argonne National Laboratory Report #ANL-6633 ( 1962 ).
- Fauske , H. , “ A Theory for Predicting Pressure Gradients for Two-phase Critical Flow ,” Nucl. Sci. & Eng. , 17 , 1 ( 1963 ).
- Hasan , A.R. , “ Use of James Correlation and its Modifications for Predicting Mass Flux and Steam Quality in Geothermal Wells Containing Dissolved Gases and Solids ,” INEL Report to EG & G , Idaho Inc. , Aug . ( 1987 ).
- James , R. , “ Steam-Water Critical Flow Through Pipes ,” Proc. Inst. Mech. Engrs. , 176 , 741 – 748 ( 1962 ).
- James , R. , “ Metering of Steam-Water Two-phase Flow by Sharp-edged Orifices ,” Proc. Insl. Mech. Engrs. , 180 , 549 – 567 ( 1965 ).
- Jobson , D.A. , “ On the Flow of a Compressible Fluid Through Orifices ,” Proc. Inst. Mech. Engrs . 180 , 1 , 540 – 572 (1965-66).
- Karamarakar M. , and Cheng , P. , “ A Theoretical Assessment of James' Method for the determination of Geothermal Wellbore Discharge Characteristics ,” Lawrence Berkeley Report SLBL-11498 ( 1980 ).
- Lim , G.L. , “ Steam Quality Survey at ESSO's Cold Lake Pilots Using a Neutron Scattering Device ,” Presented at the University of Calgary ( Alberta , Canada ) Heavy Oil & Oilsands Tech. Symp. Feb. 20 ( 1985 ).
- Lin , Z.H. , “ Two-phase Flow Measurements with Sharp-edged Orifices ,” Int. J. Multiphase Flow , 8 , 6 , 683 – 693 ( 1982 ).
- Levy , S. , “ Steam Slip Theoretical Prediction from Momentum Model ,” J. Heat Transfer, Trans. ASME, Series C , 82 , 113 ( 1960 ).
- Murdock , J.W. , “ Two-phase Flow Measurement with Orifices ,” J. Basic Engng. , 84 , 4 , 419 – 433 ( 1962 ).
- Moody , F. , “ Maximum Flow Rate of A Single Component Two-phase Mixture ,” J. Heat Transfer, Trans. ASME, Series C , 134 ( 1965 ).
- Moody , F. , “ Maximum Discharge Rate of Liquid-Vapor Mixtures from Vessels ” NEDO-21052, 75NED53 , General Electric Co. ( 1975 ) .