摘要
气球载雷达利用系留气球作为升空平台,具有良好的低空探测性能,主要用于对低空、超低空目标进行预警探测和空情监视,是空中预警机和地面雷达网的良好补充。为了适应空中慢速运动的气球载体提供的工作平台,根据球载雷达结构系统设计的一般要求,从轻量化、稳定性、维修性和环境适应性等方面,利用三维仿真、热力学仿真和数字化样机技术,阐述了球载雷达结构系统设计技术,其结构设计理念和技术可为同类浮空电子任务系统结构设计所参考和借鉴。
The balloon-board radar has good capability of low altitude detection through use of the lifted-up platform of tethered aerostat.It is mainly used to detect the air targets at low and ultra-low altitudes,so it is well complementary to airborne radar and ground-based radar fence.For adapting to the slow-moved platform of tethered aerostat,in accordance with the general request of structural system design of the balloon-board radar and based on light weight,stability,maintainability,and environment adaptability,this paper describes the structural system design technology of the balloon-board radar by use of three-dimensional simulation,thermodynamic simulation,and digital technique.The structural design theory and technique could be useful for the structural design of the similar mission electronic systems.
出处
《雷达科学与技术》
2010年第6期487-490,498,共5页
Radar Science and Technology
关键词
气球载雷达
轻量化
动平衡
维修性
环境适应性
balloon-board radar
light weight
homeostasis
maintainability
environment adaptability
