550 



BIBLIOGRAPHY 



Chapter 9 



2. 



3. 



4. 



8. 



9. 



10. 



11. 



Relative Pressure Measurements in Shock Waves from Small 

 U tiderwater Explosions, M. F. M. Osborne and A. H. 

 Taylor, Report S-2305, NRL, June 10, 1944. 



Div. 6-551-Mll 

 Development of Single Sweep Equipment for Impnlse Work, 

 T. F. Johnston, OSRD 766, NDRC C4-sr30-189, 

 UCDWR, Apr. 29, 1942. Div. 6-510.23-M3 



The Use of Electrical Cables with Piezoelectric Gauges, 

 R. H. Cole, Report A-306, OSRD 4561, OEMsr-596, 

 Projects OD-03, NO-144, Division 2, NDRC, WHOI, 

 January 1944. Div. 2-111.11-M4 



Nature of the Pressure Impulse Produced by the Detonation 

 of Explosives Under Water. An Investigation by the Piezo- 

 Electric Cathode-Ray Oscillograph Method, Report CB- 

 01670-12, OSRD Liaison Office W-201-1E, Admiralty Re- 

 search Laboratory, Teddington, England, November 

 1942. Div. 6-510.23-Ml 



Propagation of Steep-Fronted Sonic Pulses Through the 

 Sea, OSRD Liaison Office W-215-5, Internal Report 66, 

 HMA/SEE, Fairlie Laboratory, England, Mar. 17, 1942. 



Div. 6-510.23-M2 

 The Error in the Measurement of Pressure in an Explosion 

 Pressure Wave Due to Finite Gauge Size and to Inadequate 

 Frequency Response of the Recording Amplifier, Report 

 ADM/219/ARB, OSRD Liaison Office WA-4243-2C, 

 Road Research Laboratory, Great Britain, February 

 1945. Div. 6-510.23-M13 



Underwater Explosives and Explosions, February IS to 

 March 15, 1'9U, Report UE-19, Division 8, NDRC. 



Div. 2-130-Ml 

 A Study of the Transmission of Explosive Impulses in 

 the Sea Water, T. F. Johnston, OEMsr-30, NDRC 

 UCDWR, June 25, 1942. Div. 6-510.23-M4 



Transmission of Explosive Impulses in the Sea, T. F. 

 Johnston and R. W. Raitt, NDRC C4-sr30-403, Report 

 U-8, UCDWR, Dec. 2, 1942. Div. 6-ol0.23-M6 



Solution of Acoustic Boundary Problems, Parts I to III, 

 L. I. Schiff, University of Pennsylvania, Sept. 4, Oct. 7, 

 and Nov. 2, 1943. Div. 6-510. 1-M3 



Explosive Sound Waves in the Sea. Observations with a 

 2500-cycle Moving-Coil Oscillograph, T. F. Johnston and 

 R. W. Raitt, Memorandum M-10, OEMsr-30, UCDWR, 

 Sept. 16, 1942. Div. 6-510.23-M5 



12. 



13. 



14. 



15. 



16. 



17. 



18. 



19. 



20. 



21. 



22. 



23. 



24. 



25. 



Depth Charge Range Meter Tests, H. B. Hoff, G. R. Perry, 

 et al., Memorandum D50/R1222, Project NS-238, 

 CUDWR-NLL, Nov. 24, 1944. Div. 6-642.31-Ml 



The experimental points for Figure 5 are taken from 

 reference 7, but the theoretical curves for Figures 5 and 6 

 are taken from a recent unpublished calculation made by 

 UCDWR. 



Theory of Diffraction of Sound in the Shadow Zone, C. L. 

 Pekeris, NDRC 6. l-sr20-846, CUDWR, May 5, 1943. 



Div. 6-510.11-M6 

 The Sound Field of Echo-Ranging Gear, OSRD 2011, 

 NDRC 6.1-sr30-1206, Report U-113, UCDWR, Oct. 1, 



1943. Div. 6-510.2-M3 

 Propagation of Sound in a Medium of Variable Velocity, 

 C. L. Pekeris, NDRC C4-sr20-001, NLL, Sept. 29, 1941. 



Div. 6-510. 11-M2 

 Hydrophone Calibration by Explosion Waves, J. L. Carter 

 and M. F. M. Osborne, Report S-2179, NRL, Apr. 19, 



1944. Div. 6-510.23-Mll 

 Factors Affecting Long Distance Sound Transmission in 

 Sea Water, G. P. WooUard, NDRC 6.1-sr31-426, OSRD 

 1505, WHOI, Mar. 30, 1943. Div. 6-510.1-Ml 

 Bibliography and Brief Review of Published Material on 

 the Physical Principles of Submarine Detection, M. F. 

 Manning, NRDC C4, September 1941. 



Long Range and Sound Transmission, Interim Report 1, 

 Mar. 1, 1944-Jan. 20, 1945, M. Ewing and J. L. Worzel, 

 Nobs-2083, WHOI, .\ug. 25, 1945. Div. 6-510.1-M4 



Deep Water Sound Transmissions from Shallow Explosions, 

 J. L. Worzel and M. Ewing, WHOI, (n.d.). 



Div. 6-510.23-M14 

 Explosion Sounds in Shallow Water, M. Ewing and J. L. 

 Worzel, Nllls-38137, NOL and WHOI, Oct. 11, 1944. 



Div. 6-510.23-M12 

 Theory of Propagation of Explosive Sound in Shallow 

 Water, C. L. Pekeris, OSRD 6545, NDRC 6.1-srll31- 

 1891, January 1945. Div. 6-510. 12-M5 



The Propagation of Underwater Sound at Low Frequencies 

 as a Function of the Acoustic Properties of the Bottom, 

 J. M. Ide, R. F. Post, and W. J. Fry, Report S-2113, 

 NRL, Aug. 15, 1943. Div. 6-510.5-Ml 



Theory of Characteristic Functions in Problems of Anom- 

 alous Propagation, W. H. Furry, Report 680, MIT-RL, 

 Feb. 28, 1945. 



Chapter 11 



1. Reverberation in Echo-Ranging: Part I, General Prin- 

 ciples, T. H. Osgood, OSRD 807, NDRC C4-sr20-149, 

 CUDWR, July 28, 1942. Div. 6-.520-M1 



2. Reverberation in Echo-Ranging: Part II, Reverberation 

 Found in Practice, T. H. Osgood, OSRD 1422, NDRC 

 6.1-sr20-84C, Project NS-140, CUDWR, Apr. 14, 1943. 



Div. 6-520-M3 



Chapter 12 



2. 



Measurements of the Horizontal Thermal Structures of the 

 Ocean, N. J. Holter, Report S-17, USNRSL, Aug. 18, 1944. 



Div. 6-540.4-Ml 

 Theory of Sound, Lord Rayleigh, The Macmillan Com- 

 pany, New York, 2, 1926, p. 126. 



3. 



4. 



The Discrimination of Transducers Against Reverberation, 

 OSRD 1761, NDRC 6.1-sr30-968, Report U-75, UCDWR, 

 May 31, 1943. Div. 6-520.1-M8 



Bottom Reverberation. Dependence on Frequency, NDRC 

 6.1-sr30-677, Report U-79, UCDWR, June 16, 1943. 



Div. 6-520.21-Ml 



