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      1. 物理學論文參考文獻

        時間:2024-10-21 05:06:35 參考文獻 我要投稿
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        物理學論文參考文獻

          參考文獻可以反映出研究者對文獻信息獲取、吸收、利用的能力和研究創新水平,下面是小編搜集整理的物理學論文參考文獻,供大家閱讀查看。

        物理學論文參考文獻

          參考文獻一:

          [1] 楊力. 現代光學制造工程[M]. 北京: 科學出版社,2009.

          [2] 鄭玉權,等.星載高光譜成像光學系統的選擇與設計[J].光學精密工程,2009,17( 11) :2629 -2637.

          [3] G R Lemaitre. Astronomical optics and elasticity theory[M].New York: Springer, 2009.

          [4] Seok-Hwan O. Immersion Lithography: Now and the Future[C]. The 3th InternationalSymposium on Immersion Lithography. Japan, 2006.

          [5] 段萌. 非球面光學系統在空空導彈上的應用研究[J].航空兵器,2007, 4: 19-21.

          [6] 潘君驊. 光學非球面的設計、加工與檢驗[M]. 蘇州: 蘇州大學出版社,2004.

          [7] 王權陡. 計算機控制離軸非球面制造技術的研究[D]: [博士學位論文]. 長春:中國科學院長春光學精密機械與物理研究所, 2001.

          [8] Robert A. Jones. Fabrication of a large, thin, off-axis aspheric mirror [J]. Optical engineering,1994, 33:4067-4075.

          [9] Jerrold Zimmerman. Continuous process improvement: manufacturing optics in thetwenty-first century [J].SPIE, 1994.

          [10] Ajay Sidpara. Magnetorheological finishing: a perfect solution to nanofinishing requirements[J]. Optical Engineering, 2014, 53(9): 092002.

          [11] 辛企明. 近代光學制造技術[M].北京:國防工業出版社,1997.

          [12] W.J. Rupp. The development of optical surfaces during the grinding process [J]. AppliedOptics, 1965, 4(6):743-748.

          [13] 劉振宇,羅霄,鄧偉杰,等. 大口徑非球面的組合加工[J]. 光學精密工程,2013,21(11):2791-2797.

          [14] 羅霄.采用平轉動應力盤技術加工超大口徑非球面的研究[D]: [博士學位論文]. 長春:中國科學院長春光學精密機械與物理研究所, 2011.

          [15] 劉振宇. 大口徑非球面反射鏡組合加工技術駐留時間算法研究[D]: [博士學位論文]. 長春:中國科學院長春光學精密機械與物理研究所,2013.

          [16] M. Johns, “The Giant Magellan Telescope (GMT),” in Extremely Large Telescopes: WhichWavelengths? T. E. Andersen, eds., Proc. SPIE 6986, 6986031–12 (2008).

          [17] Gallagher. B. JSWT mirror manufacturing status. Talk for NASA Teehnology Days2006

          [18] 王貴林. SiC 光學材料超精密研拋關鍵技術研究[D] :[博士學位論文]. 長沙: 國防科技大學, 2002.

          [19] 馮之敬,吳鴻鐘,趙廣木,等. 自由曲面透鏡型面誤差的壓力拋光修正[J].清華大學學報(自然科學版), 2000, 40(8): 69-72.

          [20] 張學軍,張云峰,余景池. FSGJ-1非球面自動加工及在線檢測系統[J].光學 精密工程,1997,5(2):70-77.

          參考文獻二:

          [1] Zhang Xuejun. Manufacturing and testing of two off-axis aspherical mirrors [J]. SPIE, 2001,4451:118-125.

          [2] 鄭立功,張學軍,張峰. 矩形離軸非球面反射鏡的數控加工[J].光學 精密工程,2004,12(1):113-117.

          [3] 鄧偉杰. CCOS 的控制模型及控制參量求解算法[D]:[博士學位論文]. 長春:中國科學院長春光學精密機械與物理研究所,2010.

          [4] D.Ketelsen, W.Davison, S.Derine, W.Kittrell. A machine for complete fabrication of 8-mclass mirrors [J]. SPIE, 2199:651-657.

          [5] P. Beraud, J. Espiard, R. Geyl. Optical figuring and testing of the VLT 8.2-m primary mirrors[J]. SPIE, 1995, 2536, 413-420.

          [6] H.M.Martin, etc. Progress in the stressed-lap polishing of 1.8m f/1 mirror [J]. SPIE, 1990,1236:682-690.

          [7] H. M. Martin, R. G. Allen. Manufacture of the second 8.4 m primary mirror for the LargeBinocular Telescope [J]. SPIE, 2006, 6273:62730C1-62730C10.

          [8] Lubliner Jacob, Nelson Jerry. Stressed-lap Polishing of 3.6m f/1.5 and f/1.0 mirror [J]. SPIE,1991, 1531:260-269.

          [9] Bryan K.Smith, J.H.Burge, H.M.Martin. Fabrication of large secondary mirrors forastronomical telescopes [J].SPIE, 1997, 3134.

          [10] 諶桂平,楊力. 計算機數控應力盤面形研究[J]. 光電工程, 2000, 27(3):20-23

          [11]T.Minami.TransparentandConductiveMulticomponentOxideFilmsPreparedbyMagnetronSputtering[J].JournalofVacuumScience&TechnologyA,1999,17(4):1765-1772

          [12]H.Lehmann,R.Widmer.PreparationandPropertiesofReactivelyCo-SputteredTransparentConductingFilms[J].ThinSolidFilms,1975,27(2):359-368

          [13]J.C.Fan,F.J.Bachner,G.H.Foley.EffectofO2PressureDuringDepositiononPropertiesofRf‐SputteredSn‐DopedIn2o3Films[J].AppliedPhysicsLetters,1977,31(11):773-775

          [14]R.B.H.Tahar,T.Ban,Y.Ohya,etal.Humidity‐SensingCharacteristicsofDivalent‐Metal‐DopedIndiumOxideThinFilms[J].JournalOfTheAmericanCeramicSociety,1998,81(2):321-327

          [15]Y.Sawada,C.Kobayashi,S.Seki,etal.Highly-ConductingIndiumTin-OxideTransparentFilmsFabricatedbySprayCvdUsingEthanolSolutionofIndium(Iii)ChlorideandTin(Ii)Chloride[J].ThinSolidFilms,2002,409(1):46-50

          [16]S.Rozati,T.Ganj.TransparentConductiveSn-DopedIndiumOxideThinFilmsDepositedbySprayPyrolysisTechnique[J].RenewableEnergy,2004,29(10):1671-1676

          [17]D.Kim,Y.Han,J.-S.Cho,etal.LowTemperatureDepositionofItoThinFilmsbyIonBeamSputtering[J].ThinSolidFilms,2000,377:81-86

          [18]H.Haitjema,J.P.Elich.PhysicalPropertiesofPyrolyticallySprayedTin-DopedIndiumOxideCoatings[J].ThinSolidFilms,1991,205(1):93-100

          [19]N.Balasubramanian,A.Subrahmanyam.EffectofSubstrateTemperatureontheElectricalandOpticalPropertiesofReactivelyEvaporatedIndiumTinOxideFilms[J].MaterialsScienceandEngineering:B,1988,1(3):279-281

          [20]M.Bender,J.Trube,J.Stollenwerk.DepositionofTransparentandConductingIndium-Tin-OxideFilmsbytheRf-SuperimposedDcSputteringTechnology[J].ThinSolidFilms,1999,354(1):100-105

          [21]S.Shin,J.Shin,K.Park,etal.LowResistivityIndiumTinOxideFilmsDepositedbyUnbalancedDcMagnetronSputtering[J].ThinSolidFilms,1999,341(1):225-229

          [22]M.Higuchi,S.Uekusa,R.Nakano,etal.MicrograinStructureInfluenceonElectricalCharacteristicsofSputteredIndiumTinOxideFilms[J].JournalofAppliedPhysics,1993,74(11):6710-6713

          [23]H.Hosono,H.Ohta,M.Orita,etal.FrontierofTransparentConductiveOxideThinFilms[J].Vacuum,2002,66(3):419-425

          [24]W.-F.Wu,B.-S.Chiou.PropertiesofRadio-FrequencyMagnetronSputteredItoFilmswithoutin-SituSubstrateHeatingandPost-DepositionAnnealing[J].ThinSolidFilms,1994,247(2):201-207

          [25]K.Sreenivas,T.S.Rao,A.Mansingh,etal.PreparationandCharacterizationofRfSputteredIndiumTinOxideFilms[J].JournalofAppliedPhysics,1985,57(2):384-392


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