CAJ | 학술논문

研究了地空导弹阵地工程设计中普遍存在的避雷针对发射空间的干涉问题,建立了关于避雷针位置和高度设计的数学模型,并进行了仿真分析,然后对3种设计方案进行比较,最终确定了单支主动式避雷针的设计方案,该方案能有效解决地空导弹阵地的防直击雷工程设计难题,对提高阵地在雷暴气候条件下的全天候作战能力具有重要意义.
연구료지공도탄진지공정설계중보편존재적피뢰침대발사공간적간섭문제,건립료관우피뢰침위치화고도설계적수학모형,병진행료방진분석,연후대3충설계방안진행비교,최종학정료단지주동식피뢰침적설계방안,해방안능유효해결지공도탄진지적방직격뢰공정설계난제,대제고진지재뇌폭기후조건하적전천후작전능력구유중요의의.
This paper studies the common problem of interference between lightning rod and launch space in the engineering design of the surface-to-air missile launcher position, establishes the mathematical model about the position and height of lightning rod, then carries out the simulation analysis and compares the three kinds of design scheme,lastly adopts the design scheme of signal active lightning rod. The design scheme effectively solves the problem of protecting the surface-to-air missile position from the direct stroke lightning in the engineering design, and it is of great significance to improve the all-weather combat capability in the thunderstorm conditions.