Experience with geoacoustic inversion of transmission loss von Vidmar, Paul J.

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Simulation of bottom interacting waveforms von KNOBLES, D. P, VIDMAR, P. J

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Time spread of bottom interacting signals from an abyssal plain environment von Vidmar, Paul J.

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Bottom interaction effects on broadband signals von Vidmar, Paul J.

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Matched mode localization von WILSON, G. R, KOCH, R. A, VIDMAR, P. J

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Gradient driven coupling between shear and compressional waves von Vidmar, Paul J.

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Eigenray finding and time series simulation in a layered-bottom ocean von WESTWOOD, E. K, VIDMAR, P. J

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A ray path analysis of sediment shear-wave effects on bottom reflection loss von Vidmar, Paul J.

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Anisotropy of compressional velocity in sea ice cores von Vidmar, Paul J., Lindberg, Jo B.

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Ray path analysis of sediment shear wave effects on bottom reflection loss von Vidmar, Paul J.

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Estimation of seafloor geoacoustic parameters from cross correlation of measured and simulated broadband signals von Vidmar, Paul J., Oakley, David W.

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Techniques for Investigating Scattering from the Subbottom in Shallow Water von Vidmar, Paul J

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Ray finding and time series simulation in a layered-bottom ocean von Westwood, Evan K., Vidmar, Paul J.

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Matched mode method of passive source localization von Wilson, Gary R., Vidmar, Paul J.

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The effect of sediment rigidity on bottom reflection loss in a typical deep sea sediment von Vidmar, Paul J.

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Erratum: ‘‘Normal mode identification for impedance boundary conditions’’ [J. Acoust. Soc. Am. 7 3 , 1567–1570 (1983)] von Koch, Robert A., Vidmar, Paul J., Lindberg, Jo B.

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Analysis of the time spread of bottom interacting signals from an abyssal plain environment von VIDMAR, P. J, KNOBLES, D. P

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Normal mode identification for impedance boundary conditions von Lindberg, Jo B., Koch, Robert A., Vidmar, Paul J.

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Plasma wave reflection from sharp density gradients von Vidmar, Paul J.

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Preliminary Results of an Evaluation of the Efficiency of VLF Seismic Propagation in a Continental Slope Environment von Vidmar,Paul J

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