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- Abbreviation of Thin Film Transistor. 薄膜晶体三极管的缩写。
- Physics of thin films 薄膜物理学
- L. Eckertova, T. Ruzicka, Diagnostics and Applications of Thin Films Ch.1&2, Institute of Physics Publishing, (1993). 曲喜新,过璧君,“薄膜物理”薄膜物理,电子工业出版社。
- L. Eckertova and T. Ruzicka, 1993, Diagnostics and Applications of Thin Films, Institute of Physics Publishing. 陈至信,1996,"二氧化钛薄膜性质调变与制程控制",国立清华大学,博士论文。
- Z. KNITTL “Optics of Thin Films” Taipei : [s.n.], [c1976]. 李正中“薄膜光学与镀膜技术”艺轩图书出版社;2001.;1;第二版
- Lin Yong Chang:Optics of Thin Film, Coating Techniques, Display Techniques. 林永昌:薄膜光学,薄膜技术,显示技术。
- The progress of Monte-Carlo simulation of the growth of thin films is reviewed. 摘要综述了蒙特卡罗方法模拟物理气相沉积薄膜生长的研究进展。
- Lin Yong Changptics of Thin Film, Coating Techniques, Display Techniques. 林永昌:薄膜光学,薄膜技术,显示技术。
- He trusted the physic of his doctor. 他信任他医生的医术。
- The physics of supersonic flight. 超音速飞行的物理性质
- M.Ohring,The Materials Science of Thin Films(Academic Press,San Diego,CA,1991),p.517. 张坤荣;"掺杂铝于氧化锌透明导电膜光特性与电特性研究";国立中央大学光电科学研究所;硕士论文(2003).
- It should be helpful for selecting appropriate materials for nanotexturing of thin films by ultrafast lasers. 本文的研究将有助于利用超快激光对薄膜材料进行纳米构造。
- The surface roughness Ra was about 3 nm.Therefore, it is quite smooth plate surface of thin films. 表面平均中心粗糙度约在3奈米左右,所形成之薄膜具有相当平整的表面。
- J.George, Preparation of Thin Films, Cochin University of Science and Technology Cochin, Kerala, India, 1992. 马振基,奈米材料科技原理与应用,全华科技图书,2001年。
- Microregion Deformation Measurement of Thin Films Using Array Microindentation Mark Method[J]. 引用该论文 魏成;李喜德;黄静波;施惠基;张泰华.
- Table 2, and 3 shows nhot drar fanniya not posive Polish sticker on the upgrading of thin films. 表2和3展示了诺坦尼亚公司未涂光漆的不干胶标签薄膜的升级换代。
- Researcher redefines the physics of photons. 研究人员重新定义光子物理学。
- Production of thin films at high flow velocity, along with large surface area, allow rapid heat transfer and efficient operation. 高流速下的生产薄膜有很大的表面积,使得快速的传热和高效的操作得以实现。
- The physics of electricity and magnetism. 电磁学研究电和磁的物理学
- The crystal structure,morphology and pore microstrusture of thin films prepared via PSTM templating were analyzed by XRD,DTA,AFM,BET and FT-IR. 借助XRD、FT-IR、DTA、AFM、BET等测试手段,分析讨论了微乳液模板的加入对多孔二氧化钛薄膜的结晶行为、表面形貌和孔结构的影响。