TABLE OF CONTENTS (Continued) 



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EXPERIMENTAL TECHNIQUES AND MEASUREMENTS (Continued) 



PHOTOGRAPHIC MEASUREMENTS OF THE SIZE, SHAPE AND MOVEMENT 

 OF THE BUBBLE PRODUCED BY 1-OZ. CHARGES OF POLAR AMMON 

 GELIGNITE DETONATED UNDERWATER AT A DEPTH OF 3 FEET (B) 



A. R. Bryant, Road Research Laboratory, London 505 



A TECHNIQUE FOR MULTIFLASH PHOTOGRAPHY OF UNDERWATER 

 EXPLOSION PHENOMENA (B) 



A. R. Bryant and K. J. Bobin, Road Research Laboratory, London 525 



PHOTOGRAPHIC MEASUREMENTS OF THE ATTRACTION OF AN UNDER- 

 WATER EXPLOSION BUBBLE TO A BOX MODEL TARGET (B) 



A. R. Bryant, Road Research Laboratory, London 539 



MEASUREMENT OF BUBBLE PULSE PHENOMENA, lU. RADIUS AND 

 PERIOD STUDIES (A) 



E. Swift, Jr. and J. C. Decius, Underwater Explosives Research 



Laboratory, Woods Hole Oceanographic Institution 553 



SURFACE PHENOMENA: DOMES AND PLUMES 



ANALYSIS OF THE SPRAY DOME (B) 



G. W. Walker, Mine Design Department, Admiralty 601 



A METHOD OF DETERMINING THE DEPTH OF UNDERWATER 

 EXPLOSIONS (B) 



R. A. Shaw, Marine Aircraft Experimental Establishment, Scotland 611 



A FURTHER INVESTIGATION INTO THE DOME ANALYSIS METHOD OF 

 DETERMINING THE DEPTH OF UNDERWATER EXPLOSIONS (B) 



R. A. Shaw, Marine Aircraft Experimental Establishment, Scotland 621 



THE RELATION BETWEEN THE APPEARANCE OF THE PLUMES AND 

 THE GAS GLOBE BEHAVIOR IN UNDERWATER EXPLOSIONS (A) 



G. K. Hartmann, Naval Ordnance Laboratory 631 



THE DETERMINATION OF PEAK PRESSURE OF AN UNDERWATER 



EXPLOSION FROM A STUDY OF THE INITIAL DOME VELOCITY (A) 

 D. A. Wilson, B. A. Cotter, and R. S. Price, Underwater Explosives 

 Research Laboratory, Woods Hole Oceanographic Institution 637 



SURFACE PHENOMENA: GRAVITY WAVES 



GRAVITY WAVES PRODUCED BY SURFACE AND UNDERWATER 

 EXPLOSIONS (B) 



W. G. Penney, Imperial College of Science and Technology, London 679 



SURFACE WAVES PRODUCED BY FIRING UNDERWATER 32-LB. 



CHARGES OF POLAR AMMON GELIGNITE AT VARIOUS DEPTHS (B) 



G. Charlesworth, Road Research Laboratory, London 695 



* (A) American Contribution 

 (B) British Contribution 



