TABLE OF CONTENTS 



VOLUME n 



THE GAS GLOBE 



Page 



Preface ^ 



SUMMARY PAPERS 



REPORT ON THE THEORETICAL SHAPE OF THE PRESSURE -TIME CURVE 

 AND ON THE GROWTH OF THE GAS-BUBBLE (B)* 



S. Butterworth, Admiralty Research Laboratory 1 



UNDERWATER EXPLOSIONS. TIME INTERVAL BETWEEN SUCCESSIVE 

 EXPLOSIONS (B) 



H. F. Willis, H. M. Anti -Submarine Experimental Establishment 13 



THEORY OF THE PULSATIONS OF THE GAS BUBBLE PRODUCED BY AN 

 UNDERWATER EXPLOSION (A)* 



Conyers Herring, Bell Telephone Laboratories, Murray Hill, N. J 35 



THEORY OF PULSATIONS 



VERTICAL MOTION OF A SPHERICAL BUBBLE AND THE PRESSURE 

 SURROUNDING IT (B) 



G. I. Taylor, Cambridge University 131 



ON THE CHANGING FORM OF A NEARLY SPHERICAL SUBMARINE 

 BUBBLE (B) 



W. G. Penney and A. T. Price, Imperial College of Science and Technology, 



London 145 



THE BEHAVIOUR OF AN UNDERWATER EXPLOSION BUBBLE (B) 



A. R. Bryant, Road Research Laboratory, London 163 



RADIAL MOTION OF WATER SURROUNDING A SPHERE OF GAS IN 

 RELATION TO PRESSURE WAVES (A) 



E. H. Kennard, David W. Taylor Model Basin 183 



THE MOTION AND SHAPE OF THE HOLLOW PRODUCED BY AN 

 EXPLOSION IN A LIQUID (B) 



G. I. Taylor and R. M. Davies, Cambridge University 227 



STUDIES ON THE GAS BUBBLE RESULTING FROM UNDERWATER 

 EXPLOSIONS: ON THE BEST LOCATION OF A MINE NEAR THE 

 SEA BED (A) 



M. Shiftman and B. Friedman, Institute for Mathematics and 



Mechanics, New York University 247 



THE BEHAVIOUR OF AN UNDERWATER EXPLOSION BUBBLE FURTHER 

 APPROXIMATIONS (B) 



A. R. Bryant, Road Research Laboratory, London 321 



THEORY OF UNDERWATER EXPLOSION BUBBLES (A) 



B. Friedman, Institute for Mathematics and Mechanics, 



New York University 329 



* (A) American Contribution 

 (B) British Contribution 



VH 



