D
Dajun Tang
Researcher at University of Washington
Publications - 102
Citations - 1467
Dajun Tang is an academic researcher from University of Washington. The author has contributed to research in topics: Scattering & Sonar. The author has an hindex of 16, co-authored 96 publications receiving 1392 citations. Previous affiliations of Dajun Tang include Johns Hopkins University Applied Physics Laboratory.
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Journal ArticleDOI
Comparison of sound speed and attenuation measured in a sandy sediment to predictions based on the Biot theory of porous media
TL;DR: In this article, sound speed and attenuation measurements were compared to the frequency dependence predicted by Biot theory and a simpler "effective density" fluid model derived from Biot theories, where the uncertainty in Biot predictions due to measurement uncertainties for values of each input parameter are quantified.
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Shallow Water '06: A Joint Acoustic Propagation/Nonlinear Internal Wave Physics Experiment
Dajun Tang,James N. Moum,James F. Lynch,Philip Abbot,Ross Chapman,Peter H. Dahl,Timothy F. Duda,Glen Gawarkiewicz,Scott Glenn,John A. Goff,Hans C. Graber,John N. Kemp,Andrew R. Maffei,Jonathan D. Nash,Arthur E. Newhall +14 more
TL;DR: The Oceanography 20, 4, 4 (2007): 156-167 as mentioned in this paper is the most cited work in this category and is published by the Oceanography Society (OS) for personal use.
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Overview of SAX99: environmental considerations
Michael D. Richardson,K. B. Briggs,L. D. Bibee,Peter A. Jumars,W. B. Sawyer,D.B. Albert,R. H. Bennett,T.K. Berger,Michael J. Buckingham,Nicholas P. Chotiros,Peter H. Dahl,N.T. Dewitt,P. Fleischer,Roger D. Flood,Charles F. Greenlaw,D. V. Holliday,M.H. Hulbert,M. Hutnak,P.D. Jackson,Jules S. Jaffe,H.P. Johnson,Dawn Lavoie,Anthony P. Lyons,Christopher S. Martens,Duncan E. McGehee,Karl D. Moore,T.H. Orsi,James N. Piper,R. I. Ray,Allen H. Reed,Robert F. L. Self,J.L. Schmidt,S.G. Schock,Fernando Simonet,R.D. Stoll,Dajun Tang,David Thistle,Eric I. Thorsos,D.J. Walter,Robert A. Wheatcroft +39 more
TL;DR: In this article, a seafloor penetration, sediment propagation, and bottom scattering experiments were conducted in a 1 km/sup 2/ area located 2 km off the Florida Panhandle (30/spl deg/22.6'N; 86/spl dc/38.7'W).
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An overview of SAX99: acoustic measurements
Eric I. Thorsos,Kevin L. Williams,Nicholas P. Chotiros,J.T. Christoff,K.W. Commander,Charles F. Greenlaw,D. V. Holliday,Darrell R. Jackson,Joseph L. Lopes,D. E. McGehee,J.E. Piper,Michael D. Richardson,Dajun Tang +12 more
TL;DR: In this paper, a high-frequency acoustic experiment was performed at a site 2 km from shore on the Florida Panhandle near Fort Walton Beach in water of 18-19 m depth.
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Acoustic backscattering experiments in a well characterized sand sediment: data/model comparisons using sediment fluid and Biot models
TL;DR: In this paper, the authors compared three different scattering models: a fluid model that uses the mass density of the sediment in determining backscattering, a poroelastic model based on Biot theory and an "effective density" fluid model derived from Biot theories.