• High Power Laser and Particle Beams
  • Vol. 34, Issue 6, 063005 (2022)
Yan Liu1, Laqun Liu1、*, Liangji Zhou2, Jihao Jiang2, Dagang Liu1, Huihui Wang1, and Qi’ang Wang1
Author Affiliations
  • 1School of Electronic Science and Engineering, University of Electronic Science and Technology of China, Chengdu 610054, China
  • 2Institute of Fluid Physics, CAEP, Mianyang 621900, China
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    DOI: 10.11884/HPLPB202234.210494 Cite this Article
    Yan Liu, Laqun Liu, Liangji Zhou, Jihao Jiang, Dagang Liu, Huihui Wang, Qi’ang Wang. Cold cavity characteristics of a new type of low-inductance magnetically insulated transmission line[J]. High Power Laser and Particle Beams, 2022, 34(6): 063005 Copy Citation Text show less
    New low-inductance MITL cross-sectional configuration
    Fig. 1. New low-inductance MITL cross-sectional configuration
    Periodic structure diagram of a single petal
    Fig. 2. Periodic structure diagram of a single petal
    Half-petal cycle 3D model section view
    Fig. 3. Half-petal cycle 3D model section view
    Simulation and theoretical value of electric field distribution at different observation points of petal-shaped
    Fig. 4. Simulation and theoretical value of electric field distribution at different observation points of petal-shaped
    Simulation and theoretical values of magnetic field distribution at different observation points of petal-shaped
    Fig. 5. Simulation and theoretical values of magnetic field distribution at different observation points of petal-shaped
    Isometric map of petal-shaped electric field
    Fig. 6. Isometric map of petal-shaped electric field
    Isometric map of petal-shaped magnetic field
    Fig. 7. Isometric map of petal-shaped magnetic field
    Spatial variation of electric field from petal-shaped cathode to anode
    Fig. 8. Spatial variation of electric field from petal-shaped cathode to anode
    Spatial variation of the magnetic field from petal-shaped cathode to the anode
    Fig. 9. Spatial variation of the magnetic field from petal-shaped cathode to the anode
    pointtheoretical calculation/(MV·m−1) chipic simulation/(MV·m−1) relative error/%
    small circle segmentP1497.2499.00.3
    P2497.2500.40.6
    parallel plate segmentP3500.0500.30.1
    P4500.0500.40.1
    P5500.0500.30.1
    great circle segment P6499.5500.90.3
    P7499.5500.90.1
    Table 1. Comparison of electric field distribution between theoretical calculation and Chipic simulation point
    theoretical calculation/Tchipic simulation/Trelative error/%
    small circle segmentP11.6481.6641.0
    P21.6481.6691.3
    parallel plate segmentP31.6531.6691.0
    P41.6531.6691.0
    P51.6531.6701.0
    great circle segmentP61.6521.6711.2
    P71.6521.6681.0
    Table 2. Comparison of magnetic field distribution between theoretical calculation and Chipic simulation point
    Yan Liu, Laqun Liu, Liangji Zhou, Jihao Jiang, Dagang Liu, Huihui Wang, Qi’ang Wang. Cold cavity characteristics of a new type of low-inductance magnetically insulated transmission line[J]. High Power Laser and Particle Beams, 2022, 34(6): 063005
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