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References 
Rayleigh. Theory of Sound. Dover, 1945 V2, p 78-85. 
Whittaker and Watson. Modern Analysis. Macmillan,p 75. 
Jahnke and Emde. Tables of Functions. Dover, 1943, p 1-8. 
Kemble, E- Ce Fundamental Principles of Quantum Mechanics. 
MeGraw Hill, 1937, p 36. 
Arons, A- Be and Cole, R-H- Design and Use of Tourmaline Gauges 
for Piezoelectric Measurement of Underwater Explosion Pressure. 
OSRD Report No. 6239, March 1946. 
Propagation of Sound in the Ocean. Memoir 27. 
Geological Society of America. October 1948. 
(Papers by Ewing and Worzel, and by Pekeris.) 
Cole, ReH. Underwater Explosions. Princeton University Press, 1948. 
Ott, H.- Anne de Phys. (5 Folge) 41, 443 (1942.) 
Lamb, H. Hydrodynamics. Dover, 1945, p 647. 
Liebermann, L-N. J+ Acoust. Soc. of Am. 20, 868 (1948). 
Gardner and Barnes. Transients in Linear Systems. Wiley, 1942. 
Richardson, J. M.; Arons, AeB.)Halverson, RR. Hydrodynamic 
Properties of Sea Water at the Front of a Shock Wave. d- Chem. 
Phys. 11 785 (1947). or OSRD No. 6577 
Arons, A- B-,Yennie, De R.- iergy Partition in Underwater Explosion 
Phenomena. Rev. Mod. Physe 20, 519 (1948). or NavOrd 406. 
Coles, J. S. et.al. Shock Wave Parameters from Spherical HBX and 
TNT Charges Detonated Under Water. NavOrd. 103-46, December 1946. 
Keil, A-He Boundary of Disturbance for Non-Linear Reflection of 
Underwater Shock Waves at a Free Surface. Report No. 3-48, 
Underwater Explosions Research Unit, Norfolk Naval Shipyard, 
Portsmouth, Vae 
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