[11] 
[12] 
[13] 
[14] 
[15] 
[16] 
Liz] 
[is] 
[19] 
[20] 
Cavitation (Influence of Free Gas Content) 
JOHNSON, V.E., Jr and HSIEH, T., ''The Influence of the 
Trajectories of Gas Nuclei on Cavitation Inception", 6th Sym- 
posium on Naval Hydrodynamics, October 1966, Washington, 
D;.G.5.. pp. 4.63.-182. 
HSIEH, T., ''The influence of the Trajectories and Radial 
Dynamics of Entrained Gas Bubbles on Cavitation Inception", 
Hydronautics, Inc. Report 707-1, October 1967. 
SCHRAGE, D. L., and PERKINS, H.C., Jr, " Isothermal 
Bubble Motion Through a Rotating Liquid", Journal of Basic 
Engineering, Trans. ASME, Series D, Vol. 94, no. 1, 1972, 
pp. 187-192. 
HABERMAN, W.L. and MORTON, R.K., ''An Experimental 
Investigation of the Drag and Shape of Air Bubbles Rising in 
Various Liquids'', David Taylor Model Basin Report 802, 
September 1953. 
HESS, J.L., and SMITH, A.M.O., ''Calculation of Potential 
Flow About Artitrary Bodies", Progress in Aeronautical 
Sciences, Vol. 8, 1967. 
PETERSON, F.B., ''Water Tunnel, High Speed Basin Cavita- 
tion Inception Comparisons", 12th International Towing Tank 
Conference, Proceedings, Rome, 1969, pp. 519-523. 
EISENBERG, P., ''Cavitation Dictionary"', Appendix VI, Report 
of Cavitation Committee, 13 th International Towing Tank Con- 
ference, Berlin/Hamburg, September 1972. 
SCHIEBE, F.R., ''The influence of Gas Nuclei Size Distribu- 
tion on Transient Cavitation Near Inception", Project Report 
No. 107, St. Anthony Fall Hydraulic Laboratory, University 
of Minnesota, May 1969. 
SCHIEBE, F.R., ''Cavitation Occurrence Counting - A New 
Technique in Inception Research", ASME Cavitation Forum, 
New York, November 1966. 
CHAPMAN, R.B., and PLESSET, M.S., ''Nonlinear Effects 
in the Collapse of a Nearly Spherical Cavity in a Liquid", 
Journal of Basic Engineering, Trans. ASME, Series D, Vol. 94, 
No. 1, March 1972, pp. 142-146. 
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