Page 112 - 《真空与低温》2026年第2期

张天平等：空间电推进技术概览—新型电推进（上） 231

参考文献： Plasma and Fusion Research，2013，8：1406012.
[350] SAWLEY M L. The ponderomotive force of an electro-
[337] 张海宝，尹贤轶，孙萌，等. 螺旋波等离子体放电特性研
magnetic wave in a collisional plasma[J]. Journal of Plas-
究进展 [J]. 力学学报，2023，55（12）：2913−2927.
ma Physics，1984，32（3）：487−493.
[338] 王陈文，张海宝，陈强. 螺旋波等离子体研究进展 [J]. 真
[351] SILVA L O，BINGHAM R，DOWSON J M，et al. Pon-
空科学与技术学报，2021，41（8）：710−720.
deromotive force of quasiparticles in a plasma[J]. Physical
[339] 张天平，贾艳辉，郭宁，等. 离子电推进物理 [M]. 北京：
Review E，1999，59：2273 .
科学出版社，2019.
[352] HAMADA A A， KNOLL A. Inspired Tokamak plasma
[340] CHAN Y A，HERDRICH G. Experimental verification of
thruster： Design， modeling， and sizing of an innovative
an electromagnetic nozzle on plasma confinement and ac-
in-space propulsion system[C]//38th International Electric
celeration[C]//37th International Electric Propulsion Con-
Propulsion Conference，Toulouse，France，June，2024.
ference，Boston，Massachusetts，June，2022.
[353] CHARLES C，ALEXANDER P，COSTA C，et al. Helicon
[341] AHEDO E，MERINO M. Acceleration of a focused plas-
double layer thrusters[C]//29th International Electric Pro-
ma jet in a divergent magnetic nozzle[C]//31st Internation-
pulsion Conference，Princeton，New Jersey，USA，October，
al Electric Propulsion Conference，Ann Arbor，MI，USA，
2005.
September，2009.
[354] HARLE T，POTTINGER S J，LAPPAS V J. Thrust measu-
[342] SMOLYAKOV A， SABO B. Electromagnetic and swirl
rements of a small scale helicon double layer thruster[C]//
acceleration in the magnetic nozzle[C]//38th International
32nd International Electric Propulsion Conference，Kurhaus，
Electric Propulsion Conference， Toulouse， France， June，
Wiesbaden，Germany，September，2011.
2024.
[355] POTTINGER S J，HARLE T，LAPPAS V J. Helicon dou-
[343] CHAN Y A，EDAMOTO M，ROMANO F，et al. Electro-
ble layer thruster performance enhancement via manipula-
magnetic nozzle for plasma acceleration of an inertial elec-
tion of magnetic topology[C]//32nd International Electric
trostatic confinement cathode：Development and character- Propulsion Conference， Kurhaus， Wiesbaden， Germany，
ization[R]. SP2020-00308，2021. September，2011.
[344] PLIHON N， CHABERT P， RAIMBAULT J L. Helicon [356] CHEN F F. Permanent magnet helicon source for ion pro-
double layer thruster concept for high power NEP missions pulsion[J]. IEEE Transactions on Plasma Science， 2008，
（final report）[R]. 18852/05/NL/MV，ESA，2006. 36（5）：2095−2110.
[345] CHAN Y A，HERDRICH G. Inertial electrostatic confine- [357] WILLIAMS L T，WALKER M L R. Ion production cost
ment：Innovation for electric propulsion and plasma systems of a gridded helicon ion thruster[J]. Plasma Sources Sci-
[C]//35th International Electric Propulsion Conference，At- ence and Technology，2013，22：055019 .
lanta，Georgia，October，2017. [358] CORAL G，KUNINAKA H. Analytical design method for
[346] STEINHAUER L C. Review of field-reversed configura- a gridded helicon ion thruster[C]//Space Transportation
tions[J]. Physics of Plasmas，2011，18（7）：070501. Symposium FY2017，Sagamihara，2017.
[347] KIRTLEY D，BROWN D L，GALLIMORE A D. Details [359] BEAL B E，GALLIMORE A D，MORRIS D P，et al. De-
on an annular field reversed configuration plasma device velopment of an annular helicon source for electric propul-
for spacecraft propulsion[C]//29th International Electric sion applications[C]//44th AIAA Aerospace Sciences Meet-
Propulsion Conference，Princeton，New Jersey，USA，Oc- ing and Exhibit，Reno，Nevada，9-12，January，2006.
tober，2005. [360] MARTINEZ R A，HOSKINS W A，PETERSON P Y，et al.
[348] KHAZANOV G V，KRIVORUTSKY E N. Ponderomotive Development status of the helicon Hall thruster[C]//31st
force in the presence of electric fields[J]. Physics of Plas- International Electric Propulsion Conference，Ann Arbor，
mas，2023，20：022903. MI，USA，September，2009.
[349] OTSUKA F，HADA T，SHINOHARA S，et al. Numerical [361] SHABSHELOWITZ A，GALLIMORE A D ，PETERSON
studies of ponderomotive acceleration and ion cyclotron re- P Y. Performance of a helicon hall thruster operating with
sonance-application to next generation electric thrusters[J]. xenon， argon， and nitrogen[C]//50th Aerospace Science