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微波整流器谐振回路的计算机模拟 被引量:1

Computer Simulation Conversion of Microwave Energy to DC in Cylindrical Resonator
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摘要 构造了圆柱腔圆极化TE111模式,采用自适应变步长四阶五级龙格-库塔法编写了跟踪单个电子运动轨迹的模拟程序,并计算了f=2.45 GHz时腔体的最优尺寸;分析了给定输入功率时,电子枪电压与电子束流及电子出腔时横向位移的关系;得到了外加磁场偏离谐振值±5%时,单个电子输出能量的离散性随电子枪加速电压变化的曲线;当电子与轴的距离小于5 mm时,输出电子横向动能的离散小于1.8%. A circularly polarized TE111 mode of a cylindrical resonator a computer simulation program is developed in which Rung-Kutta method with 4-order accuracy is used and dimensions of the resonator are optimized. For a given input microwave power and deviation of static magnetic field from its resonance value is computed dispersion of output energy of a single electron. The relative transverse energy dispersion is less than 1.8 % if radius of electron beam is less than 5 mm.
作者 林智群 李强
出处 《河北师范大学学报(自然科学版)》 CAS 北大核心 2007年第6期765-767,共3页 Journal of Hebei Normal University:Natural Science
基金 国家自然科学基金(60471033)
关键词 微波输电 无线输电 微波整流器 microwave power transmission wireless power transmission microwave rectitier
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参考文献5

  • 1王秩雄,胡劲蕾,梁俊,王长华.无线输电技术的应用前景[J].空军工程大学学报(自然科学版),2003,4(1):82-85. 被引量:35
  • 2BROWN W C. Experiments in the Transportation of Energy by Microwave Beams [J]. IEEE Intersociety Conference Record, 1964,12(2) :8-17.
  • 3BROWN W C. The Early History of Wireless Power Transmission [ A]. Proe of The Forth Int Symposium-SPS 97 :Energy and Space for Humanity, and the Third Int. Conferenee on Wireless Power Transmission, Montreal [ C]. Mentreal:Arteeh House, 1997.177-180.
  • 4王秩雄,李强,乔斌.快回旋电子束波微波整流器及其应用[J].空间电子技术,2005,2(2):57-64. 被引量:7
  • 5VLADIMIR A, VANKE H M, NAOKI S. On a Possibility to Decrease Magnetic Intensity in Microwave/DC Cyclotron Wave Converter [ A]. 4th IEEE International Vacuum Electronics Conference [ C], Seaul: Korea,2003,201-202.

二级参考文献11

  • 1ВанкеВА,ЛопухинВМ,СаввинВЛ.ПроблемыСонечныхКосмическихЭлектростанций[J].УспехиФизическихНаук,1977,123(4):633-655.
  • 2[2]ЧерняискийГМ, ЧерновАА. ЛазерныеСистемывКосмосе[M].РадиоиСвязь,1995.
  • 3[1]Brown W C. Experiments in the transportation of energy by microwave beams [ C ]. IEEE Intersociety Conference Record, 1964,12(2) :8Brown W C.History of power transmission by radiowaves[J]. IEEE Trans. Microwave Theory & Tech., 1984,32(9): 1230Brown W C.The early history of wireless power transmission[ C] .Proc.of The Forth Int. Symposium- SPS 97: Energy and Space for Humanity, and The Third Int. Conference on Wireless Power Transmission,Montreal, 1997:177
  • 4[3]Vanke V A and Savvin V L. Non- traditonal microwave tubes based on electron beam cyclotron and synchronous waves( using status & perspective, invited presentation) [ C ]. ESA/NATO Workshop on TWTA Noor - dwijk, Netherlands, 1997: 7
  • 5[4]Watson D C,Tabbot K T and Johnson C C.A cyclotron wave microwave power converter[ C] .Proc. IEEE, 1965,No.11:1797Watson D C,Grow R W and Johnson C C.Microwave power engineering [M] .New York and London: Academic Press, 1968Watson D C,Grow R W and Johnson C C. A cyclotron wave rectifier for S- band and X- band [J] .J. Microwave Power, 1970,5(2) :72
  • 6[5]Vanke V A,Gorelikov V I and Savvin V L.Space charge force influence on energy exchange processe in microwave cavity of cyclotron converter[J]. Electron Technique, 1984, Vol. Microwave Electronics, issue no.8 (368):11
  • 7[6]Glaser P E,Davidson F P and Csigi K I.Solar power satellites [M] .New York: 1998,Wiley
  • 8[8]Bleyvas I M, Vanke V A, R ybnikova L M and Savvin V L. Numerical simulation of recuperation processes for cyclotronconverter[ J ]. Radiotechnique & Electronics, 1982,27(5): 1009
  • 9[9]Vanke V A, Lopukhin VM, Rosnovsky V K,Savvin V L and Sigorin K I.Ground- based receiving/converting system for space solar power systems[ J] . Radio Technique & Electronics, 1982,27(5):1014
  • 10[10]Strassner B, Chamg K. 5.8GHz circularly polarized rectifying antenna for wireless microwave power transmission[ J]. IEEE Trans.on Microwave Theory and Techniques,2002,50(8): 1870

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