针对强电磁脉冲对多尺度射频系统的影响，开展强电磁脉冲效应场-线-路耦合高效时域建模方法研究与实验研究，包括：提出基于时域不连续伽辽金体面积分方程方法实现对电大尺寸及多尺度的射频系统中电磁脉冲效应问题的分析；提出基于时域不连续伽辽金谱元法和积分方程方法的混合方法实现对物理模型的半导体器件及电路电磁场、热场一体化计算分析；采用量子修正与全量子方法开展纳米尺度半导体器件中的多物理场与多尺度建模计算研究；并开展强电磁脉冲对射频系统的前门和后门耦合实验验证；最终建立高效的强电磁脉冲对多尺度射频系统效应的时域分析平台，为强电磁脉冲环境下射频系统电磁防护提供支撑。

In view of the effect on multi-scale radio frequency system under the strong electromagnetic pulse, we will carry out the time domain modeling research, which is based on the novel time domain hybrid method of coupling field, the transmission line and the circuit, and the experimental research. These researches are including: the analysis of electromagnetic pulse effect on the electrically large and multi-scaled objects based on the discontinuous Galerkin technology in the time domain volume-surface integral equations; the electro-thermal analysis of the physical model of semiconductor devices and circuits by use of the time domain discontinuous Galerkin hybrid method based on time domain spectral element and integral equations method ; the research of multi-physical fields and multi-scale modeling using the quantum correction model and the full quantum method for nanoscale semiconductor devices; and  the front and the back door coupling experiment of the radio frequency system under strong electromagnetic pulse. Eventually, we will establish efficient analysis platform upon strong electromagnetic pulse effect on multi-scale radio frequency system, to provide the theoretical support for the electromagnetism defend of the radio frequency system located in electromagnetic pulse environment.