CAJ | 학술논문

为了实现非视线激光大气散射通信，根据米氏散射理论，建立了非视线通信链路模型，研究了1．06μm激光的大气散射通信技术，分析了激光接收功率、激光发射功率、激光发散角、接收视场、探测器灵敏度、发射机倾角、接收机倾角、大气衰减和通信距离的关系，并搭建了试验原理系统，进行了1 km距离的散射通信试验，获得了激光散射信号。结果表明，在一定的天气条件下，采用波长为1．06μm的红外激光进行信号传输，有望实现远距离的大气散射通信。
위료실현비시선격광대기산사통신，근거미씨산사이론，건립료비시선통신련로모형，연구료1．06μm격광적대기산사통신기술，분석료격광접수공솔、격광발사공솔、격광발산각、접수시장、탐측기령민도、발사궤경각、접수궤경각、대기쇠감화통신거리적관계，병탑건료시험원리계통，진행료1 km거리적산사통신시험，획득료격광산사신호。결과표명，재일정적천기조건하，채용파장위1．06μm적홍외격광진행신호전수，유망실현원거리적대기산사통신。
In order to realize non-line-of-sight ( NLOS) laser scattering communication in atmosphere , the NLOS communication link model was founded according to Mie scattering theory and 1.06μm laser scattering communication in atmosphere was studied .The relationship of laser receiving power , laser transmitting power , laser beam divergence angle , receiver field of view , detector sensitivity , emission inclination angle , receiver inclination angle , atmosphere attenuation and communication distance were analyzed .After establishing the experimental system , an experiment of 1km scattering communication was taken on and laser scattering signal was gotten .The experimental result shows that atmosphere scattering communication at long distance can be realized by choosing 1.06μm laser for signal communication under a certain weather condition.