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《Chinese Optics》 2019-02
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Comparative study on the illumination model of fishing lamps based on point light sources and spherical light sources

HUA Chuan-xiang;LI Fei;ZHU Qing-cheng;SUN Dong;TIAN Zhong-xu;College of Marine Sciences,Shanghai Ocean University;National Engineering Research Center for Pelagic Fishery,Shanghai Ocean University;College of Engineering Science and Technology,Shanghai Ocean University;  
Fishing lamps are an important piece of equipment in light fishing,such as the fishing of Pacific Saury. In this paper,a lamp for fishing saury was used as an example to establish a theoretical model of illumination for single light boxes using the point source method and the spherical source method,respectively. It was found by comparing the theoretical values and measured values of plane illuminance that the linear fittingslope coefficient using the spherical source method was closer to 1 than that using the point source method.There was no significant difference between the calculated theoretical value based on spherical light source method and its measured value( P0. 05). However,a significant difference was found between the theoretical value obtained by the point light source method and its measured value( P0. 05),indicating that the illuminance model using the spherical light source method was more consistent with its actual illumination. The illuminance distributions of white and red single light box at 45°,60° and 75° angles of inclination were calculated according to the spherical light source model. The results showed that the illuminance value increased at first and then decreased with an increase in distance,and that the illuminance distribution of different lamp colors at the same angle were quite different. The illuminance value of a white light box was obviously higher than that of red light box at the same position,but the illuminance distribution of the same lamp color at different angles were less different. The distance from the maximum illuminance value to its origin gradually decreased as the angle increased. The decay rate of illumination decreased first,then increased and then decreased again with an increase in distance,before it finally approached 0.
【Fund】: 国家科技支撑计划课题“大洋性渔业捕捞技术与新资源开发”(No.2013BAD13B05)~~
【CateGory Index】: S972.632
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