A Brillouin lidar system using F–P etalon and ICCD for remote sensing of the ocean

Comparison of three technique of Brillouin lidar for remote sensing of the ocean

“…Also, it can be used for detecting submerged object [6]. The present authors did a lot work [14][15][16][17] on the Brillouin lidar,and improved the systems by three techniques. Recently, professors Kun Liang and Yong Ma proposed a processing method of spectral measurement can improve greatly the performance of Brillouin lidar.…”

“…Up to now, there are three techniques for receiving Brillouin lidar echo signal practically: the scanning F-P interferometer (FPI) technique [4,9], the edge technique [7,18,19] and the technique combining F-P etalon and intensified CCD (ICCD) [14]. However, the advantages and disadvantages of every technique have not yet been analyzed, and which one is more suitable for actual application has not yet been discussed.…”

Land use/cover change from 2001 to 2010 and its socioeconomic determinants in Guangdong Province, a rapid urbanization area of China

“…In China, especially since the reform and opening-up periods, the population explosion and rapid urbanization have brought about a sharp increase in the demand for natural resources and produced remarkable land use/cover changes (Zhou & Jiang 2000;Lin & Ho 2003;Lichtenberg & Ding 2008), significantly affecting the sustainable development of China's economy, society, and ecology (Ge et al 2000;Liu et al 2010). Complex land-use structure and intensive utilization gradually created serious problems, such as land degradation and pollution, thus highlighting the necessity and significance of comprehensive study on LUCC and its determining factors (Shi et al 2000;.…”

Optics in Remote Sensing

“…Stimulated Brillouin scattering (SBS) has also been used to measure Brillouin shifts [24,25]. This approach gives a larger signal and since the source of SBS is small, the scattered light can be collimated to within the acceptance angle of a Fabry-Perot.…”