Authors : Alaudeen Basha and V. Vijayakumar
Abstract: A multi-frequency, ground-based Micro Wave Radiometer (MWR) for ocean remote detecting has been planned and created in this study. It will be utilized on the seaward oil stage and give environmental soundings of physical temperature and fluid water vapor utilizing diverts in the oxygen reverberation band (6.8 GHz) and water vapor reverberation band (23.8 GHz). Alternate channels at 10.7, 18.7 and 37 GHz are utilized as environmental windows, each with double polarization. The estimations at different blends of these frequencies and polarization will get numerous geophysical parameters, for example, the ocean surface temperature, close surface wind speed, ocean ice sorts et cetera. The multi-frequency microwave radiometer is a 5 frequencies, 10 channels and straight polarization framework. The collector is working at aggregate power mode with super heterodyne style. In addition, an outright adjustment and a semi continuous alignment technique utilized as a part of the multi-recurrence MWR are exhibited and the relative outcome is additionally examined which ensured the high determination of the multi-frequency microwave radiometer system.
Alaudeen Basha and V. Vijayakumar, 2017. Microwave Radiometer Design for Ocean Remote Sensing. Journal of Engineering and Applied Sciences, 12: 6719-6721.