AEROSPACE SHANGHAI, Volume. 42, Issue 1, 157(2025)

A Review of High Efficiency Energy Deposition and Conversion Technology for Inductive Pulsed Plasma Thrusters

Bixuan CHE*, Jianjun WU, Yuanyuan RAN, Xiaokang LI, Dawei GUO, and Yu ZHANG
Author Affiliations
  • College of Aerospace Science and Engineering,National University of Defense Technology, Changsha410073,,China
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    Figures & Tables(10)
    Pictures of typical IPPTs and their performance parameters
    The basic working principle of IPPTs
    Factors affecting the performance of pulse induction thrusters
    Different types of gas injection schemes
    Typical structure of IPPTs and its plasma acceleration principles under different energy deposition modes[30]
    Radial magnetic fields at different coaxial positions in the middle line of the inner and outer diameters of the excitation coil of each type pulse induction thruster
    High-speed camera images of the plasma evolution process of a typical IPPT[29]
    Comparison of the PIT Mark-Va magnetic field intensity measured by experiment with that obtained by MACH2 calculation[24,35]
    Evolution of the plasma density distribution in class 100 J IPPT obtained by MACH2 calculation
    • Table 1. Comparison of performance parameters and technical parameters of different IPPTs

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      Table 1. Comparison of performance parameters and technical parameters of different IPPTs

      年份型号激励线圈参数激励电路参数性能参数技术特色

      内径Di/

      m

      外径Do/

      m

      自感LC/

      nH

      解耦

      距离z0/cm

      寄生电感L0/

      nH

      放电电压V0/kV

      放电能量E0/

      J

      峰值电流

      Im/kA

      感应电

      Eθ/

      (kV·m-1)

      比冲

      Isp/s

      效率η/%
      19710.2 m-Accelerator0.060.24602601228032271 47018并联小电容预电离
      1 2005无预电离
      19730. 3m-Accelerator0.080.368031201567532241 47018反向线圈先导短脉冲 预电离
      19791 m-Accelerator0.4176010120224 840100101 23625大尺寸激励线圈
      1987PIT Mark-Ⅰ0.417001260266 760118111 89729轴向双层气体喷嘴
      1987PIT Mark-Ⅱ0.417001260266 76011811
      1987PIT Mark-Ⅲ0.417001260265 48010511
      1988PITMark-Ⅳ0.280.675208120203 480981282015无钳位振荡模式
      223 240871239011二极管钳位模式
      1991PIT Mark-Ⅴ0.416801060302 02542181 70025Marx发生器型激励电路
      1991PIT Mark-Va0.416801060304 05011218>5 00050NH3工质,目前最高性能
      2004PIT Mark-Ⅵ0.416801060304 05080182 75019NH3工质,水冷线圈, 开关故障
      2005PIT Mark-Ⅶ1521固体开关阵列
      2004Helicon-FARAD0.060.220290278315<1 000<5稳态螺旋波预电离
      2007VIG-FARAD0.120.3700370345934<5脉冲射频预电离
      2015CTPIPPT0.10.277052.83362205.32.5<5直流辉光预电离
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    Bixuan CHE, Jianjun WU, Yuanyuan RAN, Xiaokang LI, Dawei GUO, Yu ZHANG. A Review of High Efficiency Energy Deposition and Conversion Technology for Inductive Pulsed Plasma Thrusters[J]. AEROSPACE SHANGHAI, 2025, 42(1): 157

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    Paper Information

    Category: Speciality Discussion

    Received: Aug. 20, 2024

    Accepted: --

    Published Online: May. 13, 2025

    The Author Email:

    DOI:10.19328/j.cnki.2096-8655.2025.01.017

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