598 



LIST OF REFERENCES 



1, Photography of Underwater Explosions, II: High Speed Photographs of 

 Bubble Phenomena, by E. Swift, Jr., P. M. Fye, J. C. Declus, and 



R. S. Price, NavOrd 95-^6, December 194-6. 



2, Photography of Underwater Explosions, III: Service Weapons, by 



J. C. Decius, P. M. Fye, R. S. Price, V/. S. Shultz, and E. Swift, Jr., 

 NavOrd 96-4-6, February 1947. 



3, Theory of the Pulsation of the Gas Bubble Produced by an Underwater 

 Explosion, Conyera Herring, NDRC C4--sr20-010, October 1941. 



4-. Measurement of Bubble-Pulse Phenoraena, I: Mark 6 Depth Charges TNT 

 Loaded, by C. P. Slichter, W. G. Schneider, and R. H. Cole, OSRD 6242, 

 MDRC A-364-, March 194-6. 



5. Private Communication, B. Friedman, Applied Mathematics Group, 

 New York University. 



6. Private Communication, A. Borden, Taylor I.'odel Basin. 



7. Measurement of Bubble Pulse Phenomena, II: Small Charges, by A. Arone, 

 A. Borden, and B. Stiller, OSRD 6578, NDRC A-470, March 1946. 



8. Measurement of Bubble Pulse Phenomena, V: Studies of the Anomalous 

 Pxase Using Small Charges, by S. Swift, Jr., W. M. Flook, and 



R. S. Price, NavOrd 4-09, (not yet published). 



9. Damage to Thin Steel Cylindrical Shells by Underwater Explosions, II, 

 by J. C. Decius and G. Gever, NavOrd 106-4-6, November 1946. 



10. Measurements of Growth and Oscillation of the Bubble Formed by an 

 Undenrater Explosion, by Mine Design Department, Scientific Section, 

 Undex 35, May 1943. 



11. Vertical Disclacements of the Gas Bubble Formed by an Underwater 

 Explosion, by H. F. Willis and R. T. Ackroyd, May 1943. 



12. The Experimental Evidence on the Behavior of the Gas Bubble Due to the 

 Explosion of a Mk VII Depth Charge, by Mine Design Department, September 1943. 



13. Comparison of Underwater Explosives Having Varying Oxygen Balance, by 

 C. R. Niffenegger, J. P. Sllfko, E. A. Christian, A. H. Carter, and 

 J. S. Coles, NavOrd 402, June 194-7. 



L4. Die Schwlngungen der bei einer Untenrassersprengung enstehenden Gasblase 

 und die Druckverteilung in iher Umgebving, W. Dbring, Institut fiir 

 theoretisch Physik der Universitat Gottingen, Janiiary 194-3. 



15. Adiabatisch ptilsierende Gaskugel in unendlich ausgedehnter Fliisslgkait, 

 K. Zoller, Forschungsanstalt Graf Zeppelin. 



16. Bemerkugen zum Gasblasenaufsteig, by Hermes, CPVA G187/44. 



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