Add to ORKGTo theoretically study low-frequency, long-range sound propagation in a fluctuating ocean, including studies of 3D effects. To compare obtained theoretical results with NPAL experimental data
Sound can travel long distances through the deep ocean due to a naturally formed waveguide. Internal...
Three-dimensional (3D) effects can profoundly influence underwater sound propagation in shallow-wate...
Sound in the ocean can travel for long distances, particularly at relatively low frequencies. Electr...
The long term goal is to better understand fluctuating sound propagation conditions in two distinct ...
The North Pacific Acoustic Laboratory (NPAL) program is intended to improve our understanding of (i)...
The long-term goal of this project is to obtain quantitative understanding of the physical mechanism...
The ultimate limits of long-range sonar are imposed by ocean variability and the ambient sound field...
The ultimate limits of long-range sonar are imposed by ocean variability and the ambient sound field...
Acoustic energy propagates effectively to long ranges in the ocean interior because of the physical ...
The long term goals of this research are to develop practical and efficient algorithms for applicati...
Award Number: N00014-11-WX21038 LONG-TERM GOALS The long term goals of this research are to understa...
Abstract: This work shows results of sound signal amplitude fluctuation measurements in comparably n...
Sound can travel long distances through the deep ocean due to a naturally formed waveguide. Internal...
Three-dimensional (3D) effects can profoundly influence underwater sound propagation in shallow-wate...
Sound in the ocean can travel for long distances, particularly at relatively low frequencies. Electr...
The long term goal is to better understand fluctuating sound propagation conditions in two distinct ...
The North Pacific Acoustic Laboratory (NPAL) program is intended to improve our understanding of (i)...
The long-term goal of this project is to obtain quantitative understanding of the physical mechanism...
The ultimate limits of long-range sonar are imposed by ocean variability and the ambient sound field...
The ultimate limits of long-range sonar are imposed by ocean variability and the ambient sound field...
Acoustic energy propagates effectively to long ranges in the ocean interior because of the physical ...
The long term goals of this research are to develop practical and efficient algorithms for applicati...
Award Number: N00014-11-WX21038 LONG-TERM GOALS The long term goals of this research are to understa...
Abstract: This work shows results of sound signal amplitude fluctuation measurements in comparably n...
Sound can travel long distances through the deep ocean due to a naturally formed waveguide. Internal...
Three-dimensional (3D) effects can profoundly influence underwater sound propagation in shallow-wate...
Sound in the ocean can travel for long distances, particularly at relatively low frequencies. Electr...