Monterey / Seattle / Chichester / Washington / Springer / London / Oxford / /
Company
Academic Press / In J.H. Steel / Applied Physics Laboratory / Systems Laboratory / The Geophysics / /
Continent
America / Australia / Antarctica / /
Country
United Kingdom / / /
Facility
Applied Physics Laboratory / Australian Maritime College / University of Washington / Australia Curtin University / CSIRO ICT Centre / University of Tasmania / /
IndustryTerm
satellite communication / software framework / acoustic modelling tools / communication systems / open source modelling tool / /
MarketIndex
case 25 / /
NaturalFeature
Arctic Ocean / Accurate sea / /
Organization
University of Washington / CSIRO ICT Centre / Curtin University / Australian Maritime College / University of Tasmania / /
Person
N. Untersteiner / Baseline Acoustic / /
Position
editor / computationally feasible propagation model for this frequency and range scenario / representative / forward / Porter / /
Product
C5 / /
ProgrammingLanguage
Fortran / /
ProvinceOrState
South Dakota / Tasmania / P.N. / M.B. / D.C / New York / California / Washington / /
PublishedMedium
Journal of Sound and Vibration / Geophysical Research Letters / Journal of Geophysical Research / /
MODELLING ACOUSTIC TRANSMISSION LOSS DUE TO SEA ICE COVER Polly Alexander1,2 , Alec Duncan3 , Neil Bose1 and Daniel Smith2 1 Australian Maritime College, University of Tasmania, Maritime Way, Launceston, TAS 7248, Austr