Abstract
强脉冲硬X射线是电子学系统抗辐射性能评估和加固不可或缺的模拟环境,作为一种闪光照相光源,在冲击动力学、弹道学研究领域发挥着不可替代的作用。本文分析和总结了近年来强脉冲硬X射线的产生技术研究进展、未来发展趋势和潜在应用价值,重点讨论了在这一研究领域内突破的核心关键技术和取得的重要进展。基于这些强束流物理认识和先进负载技术的进步,在大面积脉冲硬X射线方面已经产生了辐照面积2000cm2,能注量36mJ/cm2的辐射场,在系统电磁脉冲研究中发挥重要作用,并形成了产生数百毫焦大面积高强度脉冲硬X射线的技术能力;在闪光照相光源方面,发展了系列小焦斑二极管技术,在多脉冲、多分幅、多视角光源技术取得突破。这些研究成果为国防尖端科学技术研究与高新装备研制提供支撑。
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