CAJ | 학술논문

为了研究高功率微波炸弹对雷达等电子设备的作用规律和效果，构建了高功率微波炸弹的作战模型，对其作用规律进行了仿真分析，量化分析了一定作用效果时的临界爆炸高度；对处在辐射区特殊位置不同状态下的雷达天线阵面的耦合能量的变化进行了仿真分析。仿真分析得出了高功率微波炸弹的作用规律和临界爆炸高度，分析并总结了特殊位置的雷达天线阵面能量变化规律，为雷达等电子设备的电磁防护提供一定的理论依据。
위료연구고공솔미파작탄대뢰체등전자설비적작용규률화효과，구건료고공솔미파작탄적작전모형，대기작용규률진행료방진분석，양화분석료일정작용효과시적림계폭작고도；대처재복사구특수위치불동상태하적뢰체천선진면적우합능량적변화진행료방진분석。방진분석득출료고공솔미파작탄적작용규률화림계폭작고도，분석병총결료특수위치적뢰체천선진면능량변화규률，위뢰체등전자설비적전자방호제공일정적이론의거。
To find out the regular pattern of function and effect of the high power microwave bombs on radar and other electronic devices, this paper builds up an operating model of high power microwave bomb, simulates its regular pattern of function, analyzes the critical height of burst with a certain function and effect quantitatively, and also simulates the change of coupling energy of radar antenna array front for various states at special position in radiation zone. By simulation analysis, the function regularity and critical height of burst of the microwave bomb is obtained, the energy changing law of radar antenna array front at special position is analyzed and summed up, thus presenting some theoretical basis for electromagnetic protection of radar and other electronic devices.