Author: Tobias J. Lemerande
Edition:
Binding: Kindle Edition
ISBN: B007GDUTXW
Edition:
Binding: Kindle Edition
ISBN: B007GDUTXW
Transmitting Beam Patterns of the Atlantic Bottlenose Dolphin (Tursiops Truncatus): Investigations in the Existence and Use of High Frequency Components Found in Echolocation Signals.
In January 2002, time synchronized underwater pictures and echolocation signals of a free-swimming bottlenose dolphin were recorded. Get Transmitting Beam Patterns of the Atlantic Bottlenose Dolphin (Tursiops Truncatus) diet books 2013 for free.
More than 80 experimental trial runs were recorded at the Space and Naval Warfare Center's Marine Mammal Facility in San Diego, California. The apparatus recorded 30 underwater images per second and sonar signals up to 400 kHz. Data analysis shows wide transmitting beam patterns at frequencies lower than 135 kHz contain a majority of the energy in the echolocation signal, agreeing with previously documented work. However, further analysis shows significant energy at higher frequencies. Early in the experiment, the dolphin steered narrow high frequency signals and adjusted the energy content in those different Check Transmitting Beam Patterns of the Atlantic Bottlenose Dolphin (Tursiops Truncatus) our best diet books for 2013. All books are available in pdf format and downloadable from rapidshare, 4shared, and mediafire.
Transmitting Beam Patterns of the Atlantic Bottlenose Dolphin (Tursiops Truncatus) Free
More than 80 experimental trial runs were recorded at the Space and Naval Warfare Center's Marine Mammal Facility in San Diego, California. The apparatus recorded 30 underwater images per second and sonar signals up to 400 kHz. Data analysis shows wide transmitting beam patterns at frequencies lower than 135 kHz contain a majority of the energy in the echolocation signal, agreeing with previously documented work. However, further analysis shows significant energy at higher frequencies ore than 80 experimental trial runs were recorded at the Space and Naval Warfare Center's Marine Mammal Facility in San Diego, California. The apparatus recorded 30 underwater images per second and sonar signals up to 400 kHz. Data analysis shows wide transmitting beam patterns at frequencies lower than 135 kHz contain a majority of the energy in the echolocation signal, agreeing with previously documented work. However, further analysis shows significant energy at higher frequencies. Early in the experiment, the dolphin steered narrow high frequency signals and adjusted the energy content in those different
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