Titlebook: Ocean Reverberation; Dale D. Ellis,John R. Preston,Heinz G. Urban Book 1993 Springer Science+Business Media Dordrecht 1993 detection.extra

艱苦地移動(dòng)

Ira Dyer,Arthur B. Baggeroer,Henrik Schmidt,J. Robert Fricke,Nazan Ozluer,Dominique Giannonirowth of imaging from space Shows how the effects of global Our planet is constantly monitored by hundreds of space-borne instruments. This book describes the technology of those instruments and the sciences that provide useful information from them. It also discusses the political implications of s

nascent

表被動(dòng)

E. Y. T. Kuorowth of imaging from space Shows how the effects of global Our planet is constantly monitored by hundreds of space-borne instruments. This book describes the technology of those instruments and the sciences that provide useful information from them. It also discusses the political implications of s

不自然

Jim Rohr,Robert Kolesar,Frank Ryanrowth of imaging from space Shows how the effects of global Our planet is constantly monitored by hundreds of space-borne instruments. This book describes the technology of those instruments and the sciences that provide useful information from them. It also discusses the political implications of s

Foreshadow

Sea Surface Reverberationnisms driving this process: scattering due to surface roughness and to resonant microbubbles or bubble clouds. This paper reviews recent experimental work as well as related studies to characterize sea surface roughness and the density of near surface microbubbles. Theoretically predicted sea surfac

grieve

羅盤

Sound Scattering from Microbubble Distributions Near the Sea Surfacee to the paucity of large bubbles, scattering results primarily from coherent and/or collective scatter from bubbles entrained by the subsurface vorticity or carried to depth by the Langmuir circulation and thermal convection. It is shown that scattering from compact regions is a function of the vol

檔案

Theoretical Modeling of Low Frequency Acoustic Scattering from Subsurface Bubble Structuresctures. It solves the field-matching boundary integral equations and computes complex scattering amplitudes for structures with user-specified depths, shapes and interior sound speed functions. It incorporates surface-image and resonance effects and is currently restricted to fixed plumes under flat

補(bǔ)充

共同時(shí)代