7. REFERENCES 



1 . Propagation Losses and Reverberation from the Shallow-Water FASOR Areas with 

 Comparisons to Propagation Loss Models, J. A. Whitney, Naval Ocean Systems 

 Center TR 400, March 1 979. 



2. Compressional-Wave Attenuation in Marine Sediments, E. L. Hamilton, Geophysics, 

 Vol. 37, No. 4, August 1972. 



3. Reference available to qualified requestors. 



4. LORAD Tests in the Shallow Bering Sea, J. A. Whitney, Naval Electronics Labora- 

 tory Report 1 160, February 1963. 



5. Long-Range Acoustic Propagation in the Shallow Bering Sea, K. V. Mackenzie, 

 Naval Undersea Center TP 293, June 1972. 



6. Equations for the Sound Speed in Sea Water, W. D. Wilson, J. Acoust. Soc. Am., 

 Vol 32, 1960, p 1357 (L). 



7. Shallow Water Normal Mode Model with Structured Bottom, D. F. Gordon, Paper 

 IV-B, Shallow Water Mobile Sonar Modeling Symposium, Naval Research Labora- 

 tory, 23-25 September 1975. 



8. Analytic Description of the Low-Frequency Attenuation Coefficient, W. H. Thorp, 

 J. Acoust. Soc. Am., Vol 42, 1967, p 270 (L). 



9. Reference available to qualified requesters. 



10. Reference available to qualified requesters. 



1 1 . Reference available to qualified requesters. 



1 2. Oceanography of the Straits of Sicily, Thomas D. Allen, Tuncay Akal and Robert 

 Molcard. Proceedings of a conference held at SACLANTCEN on 1 1-12 April 1972, 

 SACLANT ASW Research Centre, 15 September 1972. 



13. Geoacoustic Models for the Straits of Sicily and Sardinia-Tunisia, J. E. Matthews, 

 Ocean Science and Technology Laboratory, Naval Ocean Research and Development 

 Activity (unpublished manuscript). 



14. Analysis of Shallow Water Propagation by Normal Mode Theory, D. White and 

 D. F. Gordon, Paper PIO, 92nd Meeting of the Acoustical Society of America, 

 17 November 1976. 



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