|
刘盛纲. 太赫兹科学技术的新发展. 中国基础科学, 2006, 8(1):7-12.Liu Sheng-gang. Recent development of terahertz science andtechnology. China Basic Science, 2006, 8(1): 7-12.[2]Siegel P H. Terahertz technology[J].IEEE Trans. on MicrowaveTheory and Techniques.2002, 50(3):910-928[3]Adri D and Chiko O. Terahertz-wave sources and imagingapplications[J].Institute of physics publishing. MeasurementScience Technology.2006, 17(11):161-174[4]Michael S. Terahertz technology: devices and applications.Proceeding of ESSCIRC, Grenoble, France, 2005: 13-21.[5]Carr G L, Martin M C, and Mckinney W R. High powerterahertz radiation from relativistic electrons[J].Nature.2002,420(14):153-156[6]Liu Shenggang, Yan Yang, and Zhu Dajun, et al.. Thepossible contribution of vacuum electronics to THz radiationsources. IEEE International Conference on VacuumElectronics. Korea, 2003, 4: 357-358.[7]Caplan M and Bongers W A, et al.. Prediction of FOM FEMexperimental results using multi-mode time-dependentsimulations. Nucl. Instr. And Meth. In Phy. Res., 2005, A407(1): 45-49.[8]Gallerano G P. Overview of therahertz radiation sources.Proceedings of the 26th International Free Electron LaserConference, Trieste Italy, 2004: 216-221.[9]Ramian G and Elias L. The new UCSB compact far-infraredFEL. Nucl. Instr. And Meth., 1988, A318(2): 81-88.[10]Sung C, Tochitsky S Ya, and Ralph J E. High-gain seededFEL amplifier tunable in the terahertz range. Proceedings ofthe 27th International free electron laser conference,California, USA, 2005: 87-90.[11]Sobajima Masaaki and Koike Hidehito. Numerical study ofoptical-cavity misalignment effects for a far-infrared FEL.Nucl. Instr. And Meth. 2002, A483(3): 240-244.[12]Bolotin V P, Vinokurov N, and Kayran D A, et al.. Status ofNovosibisk THz FEL, Proceedings of the 2004 FELConference, Korea, 2004: 226-228.Stuart R A and Al-Shammaa A I, et al.. Compact tuneableterahertz source, Proceedings of APAC 2004, Korea, 2004:759-761.[13]Shin Y M, Kim J I, and Han S T, et al.. THz Smith-Purcellradiation enhanced by counter steaming electron bean withone-dimensional photonic. Proceeding of 6th InternationalVacuum electronics Conference, Noordwijk:The Netherlands,2005: 389-390.[14]Toshitaka Idehara, Isamu Ogawa, and Seitaro Mitsudo.Development of frequency tunable, medium power gyrotrons(gyrotron FU Series) as submillimeter wave radiation sources[J].IEEE Trans. on Plasma Sci.1999, 27(2):340-354[15]Agusu La and Tsuchiya H, et al.. The experiment results andtheoretical analysis of a THz gyrotron using a 21T pulsemagnet at FIR FU, Proceeding of 8th International Vacuumelectronics Conference, Japan, 2007: 343-344.[16]Nusinovich Gregory S and Read Michael E. Theroy of steptunablegyrotrons operating at two cyclotron harmonics[J].IEEE Trans. on Plasma Sci.1999, 27(2):355-362[17]Ives L and Kory C, et al.. Development of backward waveoscillators for terahertz applications[J].Proceedings of SPIE.USA.2003, Vol. 5070:71-78[18]Bhattacharjee S, Booske J H, and Kory C L. Foldedwaveguide traveling-wave tube sources for terahertz radiation[J].IEEE Trans. on Plasma Sci.2004, 32(3):1002-1014[19]廖复疆. 微型真空电子器件和太赫兹辐射源技术进展. 电子学报，2003, 31(9): 1361-1364.Liao Fu-jiang. Micro-Vacuum Electron Devices and TerahertzVacuum Sources. Acta Electronica Sinica, 2003, 31(9):1361-1364.[20]Lawrence Ives R. Microfabrication of high-frequency vacuumelectron devices[J].IEEE Trans. on Plasma Sci.2004, 32(3):1277-1291[21]Joan Garcia-Garcia and Ferran Martin, et al.. Optimizationof micromachined reflex klystrons for operation at terahertzfrequencies[J].IEEE Trans. on Microwave Theory andTechniques.2004, 52(10):2366-2370[22]Manohara H M, Siegel P H, and Marrese C, et al.. Fabricationand Emitter Measurements for Nanoklystron: A Novel THzMicro-Tube Source. Third IEEE International VacuumElectronics Conference- IVEC, USA, 2002: 28-29.[23]George P A, Manolatou C, and Rana F, et al.. Interatedmicrocavity klystrons for generating high power coherentterahertz radiation[J].2005 Conference on Lasers Electro-Optics (CLEO). Maryland, USA.2005, Vol.3:1951-1953[24]Cherkassky V S and Knyazev B A, et al.. Imaging techniquesfor a high-power THz free electron laser. Nucl. Instr. AndMeth. 2005, A543(1): 102-109.[25]Jeong Y U and Kazakevitch G M, et al.. Application of awide-band compact FEL on THz Imaging. Nucl. Instr. AndMeth. 2005, A543(1): 90-95.[26]Bogomolov G D and Jeong Y U, et al.. Generation of surfaceelectromagnetic waves in terahertz spectral range byfree-electron laser radiation and their refractive indexdetermination. Nucl. Instr. And Meth., 2005, A543(1):96-101.[27]Doria A, Gallerano G P, and Giovenale E, et al.. THzradiation studies on biological systems at the ENEA FELfacility. Infrared Physics and Technology 2004, 45(5):339-347.[28]Philipp M, Graf U, and Wagner G A, et al.. Compact 1[J].9THzBWO local-oscillator for the GREAT heterodyne receiver.Infrared Physics Technology.2007, 51(1):54-59[29]Dobroiu A, Yamashita M, and Ohshima Y N, et al.. Terahertzimaging system based on a backward-wave oscillator. AppliedOptics, 2004, 43(30): 5637-5646.[30]Spektor A, Anzin V, and Goncharov Y, et al.. Methodologyand hardware of terahertz BWO-Spectroscopy[J].The joint30th Conference on infrared and millimeter waves 13thInternational International Conference on terahertzelectronics. Virginia, USA.2005, Vol.1:168-169[31]Mitsudo S, Hoshizuki H, and Idehera T. Development ofmaterial processing system by using a 300 GHz CW gyrotron.Journal of Physics, 2006, 51(1): 549-552.[32]Sirigiri J R, Kreischer K E, and Machuzak J, et al..Photonic-band-gap resonator gyrotron[J].Physical ReviewLetters.2001, 86(24):5628-5631[33]Vela G O, Miller M S, Grow R W, and Baird J M. Terahertzbackward oscillators with photonic crystal waveguides. IEEEInternational Vacuum Electronics Conference, USA, 2006:425-426.
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