Xuesong Meng, Guangrong Li, Zhenguo Zhao, Chaoxu Yan, Linyu Zhang. 3D parallel full electromagnetic particle-in-cell method for simulating responses of cavity internal electromagnetic pulse[J]. High Power Laser and Particle Beams, 2021, 33(12): 123014
- High Power Laser and Particle Beams
- Vol. 33, Issue 12, 123014 (2021)
Fig. 1. Cavity IEMP generated by irradiation of X or γ rays on cylinders
Fig. 2. Cavity IEMP responses are described by a self-consistent process
Fig. 3. 3D full electromagnetic PIC method
Fig. 4. Particle inside an FDTD cell
Fig. 5. A grid layer is composed of four patches in JASMIN
Fig. 6. Cell data and particle data in JASMIN
Fig. 7. Architecture of 3D parallel full electromagnetic PIC codes (SGEMP-NSS) for simulating cavity IEMP responses
Fig. 8. The electric field component
at the point (0.16 m, 0, −0.16 m) inside a cylinder
圆柱腔内(0.16 m，0，−0.16 m) 位置的电场分量
Fig. 9. Electric field component
at different points in the axial line of a cylinder
圆柱轴线上距离发射面不同位置处的电场分量
Fig. 10. First peak values of the electric field component
inside a cylinder
圆柱内部距离发射面不同位置处电场分量
的第一峰值
Fig. 11. Sketch of the electric field amplitude and the electron velocity inside a cylinder at 2 ns
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Table 1. Resonant frequencies of a 50 cm long cylinder with a diameterof 50 cm
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