By Victor Raizer
This ebook demonstrates the functions of passive microwave process for more advantageous observations of ocean beneficial properties, together with the detection of (sub)surface occasions and/or disturbances whereas laying out the advantages and limits of those equipment. It represents not just an advent and whole description of the most rules of ocean microwave radiometry and imagery, but additionally presents assistance for additional experimental reviews. moreover, it expands the research of distant sensing equipment, types, and strategies and specializes in a high-resolution multiband imaging commentary concept. Such a sophisticated process presents readers with a brand new point of geophysical details and information acquisition granting the chance to enhance their services on complex microwave expertise, changing into now an necessary device for diagnostics of ocean phenomena and disturbances.
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Additional info for Advances in passive microwave remote sensing of oceans
12, permit modeling different oceanic scenes and scenarios numerically, including the generation of dynamic surface structures and instabilities. 4 Surface Wave–Wave Interactions and Manifestations Nonlinear wave–wave interactions can be separated into two types: weak and strong. The first type of synchronous interactions are first-order nonlinear effects for surface waves of finite amplitude with relatively small slope. Nonlinearity causes a slow change of wave characteristics in the space and time and provides small perturbations.
2015. Practical Handbook of Remote Sensing. CRC Press, Boca Raton, FL. Martin, S. 2014. An Introduction to Ocean Remote Sensing, 2nd edition. Cambridge University Press, Cambridge, UK. Matzler, C. 2006. Thermal Microwave Radiation: Applications for Remote Sensing. The Institution of Engineering and Technology, London, UK. Njoku, E. G. 2014. Encyclopedia of Remote Sensing (Encyclopedia of Earth Sciences Series). Springer, New York, NY. Pratt, W. K. 2007. Digital Image Processing, 4th edition. John Wiley & Sons, Hoboken, New Jersey.
2/MTVZA-GY (2014); NASA/SMAP (2015). Additionally, since the 1970s, passive microwave radiometers were used at different aircraft laboratory platforms: NASA Convair 990; Soviet Ilyushin Il-18 and Il-14; Antonov An-2, An-12, and An-30; Tupolev Tu-134 SKh; NASA P-3 and NRL P-3 Orion; NASA DC-8; C-130 Hercules; NOAA WP-3D; Convair-580; Dornier 228; Short Skyvan. Radiometric measurements were conducted around the globe from ship platforms in the 1980s. /Russia Remote Sensing Experiment JUSREX 1992 (Atlantic Ocean).
Advances in passive microwave remote sensing of oceans by Victor Raizer
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