摘要
目前,国际上已有美军标、国际电工委员会、Bell实验室及各种学术出版物等各种高空核爆电磁脉冲波形标准。综述了这些标准,并从时域参数、频谱、归一化累积能流谱、总的能量密度等几方面研究其异同性。比较后认为,IEC61000 2 9和MIL STD 461E表述的新标准要比1976年出版物波形和Bell实验室波形的频谱范围宽,对电子系统的小孔缝耦合效应稍强,但对多数效应物尤其是线缆引入的传导耦合,损伤程度则相对弱化。最后,分析了由于HEMP波形表述形式变化,给EMP模拟器和效应研究带来的影响和新动态趋势。
There are a number of high altitude nuclear electromagnetic pulse (HEMP) waveform standards for equipment and systems on susceptibility to the testing effects. These typical HEMP standards include IEC61000-2-9, MIL-STD-461E and some other publication standards such as Bell Laboratory's etc. The time domain parameters, amplitude spectrum, and the cumulative energy fluence of these HEMP waveforms are compared. The results show that early-time HEMP in IEC61000-2-9 (equals to MIL-STD-461E) is less severe than HEMP in the 'publication 1976' and Bell laboratory standard except for slots coupling as the former have slightly shorter rise time and more wide 3 dB band-width. In the end, the influence on the HEMP simulation and effects due to the change of HEMP standard are also discussed.
出处
《强激光与粒子束》
EI
CAS
CSCD
北大核心
2003年第8期781-787,共7页
High Power Laser and Particle Beams
