conductive film 中文意思是什麼

conductive film 解釋
導電薄膜
  • conductive : adj. 傳導（性）的，有傳導力的。
  • film : n 1 薄層，薄膜；薄霧，輕煙；細絲狀的東西。2 【攝影】感光乳劑，照相軟片，電影膠片；影片。3 〈 pl ...
  1. Sol - gel method was used for preparing the nano - tio2 photocatalytic film on general glas slid and ito conductive glass. the spectrum property, surface image, crystlal type, particle size, thickness and other properties of this film were measured by uv - vis, afm, xrd and other apparatus

    採用溶膠-凝膠法在普通玻璃載波片和ito導電玻璃上制備出負載型納米tio _ 2薄膜，並用uv - vis ， afm ， xrd等對納米tio _ 2薄膜的光譜特性、表面形貌、晶型及粒子大小、薄膜厚度等進行了表徵。
  2. Position the fuser film sleeve into heater, and the end of the film with ground ring should be in good contact with the conductive rubber gear of pressure roller or the conductive brush after installation

    請在安裝新定影膜前，在塑料架與定影膜接觸的部位均勻塗上硅脂，盡量在有棱的地方多塗點，以保證定影膜與塑料架的充分潤滑。
  3. Film and hybrid integrated circuits ; materials, methods for the assessment of conductive pastes

    薄膜和混合式集成電路.第7部分:材料導電糊劑的評價
  4. On the base of the development of thick film pastes technology, ru - based thick film resistor pastes have been studied due to select conductive phase and inorganic binder. state - of - the - art techniques such as rolling, screen printing and sintering were used for sample preparation. effects of ingredients, printing parameters and sintering parameters, microstructure on the properties of thick film resistor ( trf ) have been analyzed with xrd, sem, dsc and electrical tests

    本文在跟蹤國內外厚膜漿料技術發展的基礎上，以釕酸鉍/銀系厚膜電阻漿料為研究對象，通過選用合適的功能相和無機粘結相成分，以三輥軋制、絲網印刷和高溫燒結等制備工藝為技術特徵，採用xrd 、 sem 、 dsc等分析方法和電性能測試手段，系統的研究了漿料中各相的成分配比、制備工藝參數，以及膜層微觀結構對厚膜電阻性能的影響規律。
  5. Effects of oxygen pressure on microstructure of lno conductive thin film has been studied by in situ reflection high energy diffraction ( rheed ) and ex situ x - ray photoelectron spectroscopy ( xps ). in the relatively low oxygen pressure, lno film displays spotty rheed pattern

    首先，通過原位高能電子衍射（ rheed ）及x光電子能譜（ xps ）研究了氧分壓對lno導電薄膜微結構的影響，並進一步提出了氧分壓對lno薄膜微結構的影響的機理。
  6. A mechanism of effects of oxygen pressure on microstructure of lanio3 conductive thin film is given

    所以，氧分壓在lno薄膜的生長過程中是決定薄膜微結構的關鍵因素。
  7. The organic - inorganic transparent and conductive films can take the advantages of every component and enable the film exhibit excellent comprehensive property

    通過有機無機雜化的透明導電薄膜能夠藉助各組成材料特性的互補作用使復合材料具有出色的綜合性能。
  8. On the base of the development of conductive ceramics, bapbo _ 3, a lower costs metal compound, was selected as the conductor phase of thick film resistors. for its excellent conductivity, it can replace precious noble metal and its oxides

    在追蹤導電陶瓷材料發展的基礎上，本文選擇導電性能較好的bapbo _ 3材料作為主要研究對象，致力於賤金屬化合物替代貴金屬及其氧化物作為厚膜電阻功能相的研究。
  9. Square resistance of bapb _ ( 1 - x ) bi _ xo _ 3 based thick films was near - linear increased and tcr of bapb _ ( 1 - x ) bi _ xo _ 3 based thick films was near - linear decreased with increase of content of ag. the electric conduction model of bapb _ ( 1 - x ) bi _ xo _ 3 based thick films was formed. bapb _ ( 1 - x ) bi _ xo _ 3 based thick film is actually conductive with lead and bismuth oxide, the main factors on the properties of thick film is the electric resistance and contact resistance of conductive particulates ; the electric conduction model of ag - bapb _ ( 1 - x ) bi _ xo _ 3 based thick film : the general structure of conductive network is constructed by conductance chain of ag and is submerged into bapb _ ( 1 - x ) bi _ xo _ 3 based conductive ceram

    本文認為: bapb _ （ 1 - x ） bi _ xo _ 3厚膜電阻是一種摻有鉛、鉍氧化物的導電陶瓷燒結體，影響厚膜電阻導電性能的主要因素是導電顆粒自身電阻與顆粒間接觸電阻;厚膜電阻摻銀后的導電微觀結構是由許多微小串聯或並聯的ag顆粒組成的導電鏈構成的結構復雜的多維導電網路，此導電網路被「淹沒」在bapb _ （ 1 - x ） bi _ xo _ 3導電燒結體中。
  10. The microstructure and conductive property of the two kind of iii 2002. 6 nanofilms were studied by spm. for the multihole network film, the current in the hole was small. it is possibly because the grains in the holes was very isolated, so the electrons in the holes had more resistance

    對于多孔tio2薄膜，相應的電流像表示孔外平坦區域通過較大的電流，孔內電流較小，這可能是由於孔內顆粒比較孤立，電子在傳輸過程中受到較大的阻力。
  11. Transparent conductive oxide ( tco ) film plays an important role in pholoelectron industry

    透明導電氧化物薄膜在光電產業扮演著很重要的角色。
  12. Thick - film conductive paste technology

    厚膜導電漿料技術
  13. As an important photoelectric material, transparent conductive film is widely used in industry

    摘要透明導電膜是一種重要的光電材料，應用廣泛。
  14. Development and preparation of flexible transparent conductive film

    柔性透明導電薄膜及其制備技術
  15. Analysis of sb - doping effect on conductivity of sno2 transparent conductive film

    2透明導電膜導電性的影響分析
  16. This paper introduces the categories, applications and characteristics of transparent conductive films ; reviews the applications of organic - inorganic conductive material on batteries and transparent conductive film ; and prospects the development of organic - inorganic conductive material

    介紹了透明導電薄膜的種類、用途和特性，綜述了有機無機雜化導電材料在塊體材料和透明導電薄膜方面的應用，並展望了其發展前景。
  17. Conductive polymer composite film of polyaniline / poly ( vinyl alcohol ) ( pan / pva ) was synthesized with an in - situ polymerization. the conductivity of the composite film was determinated to be 4. 36 s - cm ' 1. thermal stabilities of this composite film and pure pan were investigated by baking polymers in air atmosphere at 200 * c

    通過現場聚合制備出聚苯胺與聚乙烯醇的復合膜，產物電導率達4 . 36s ? cm ~ （ - 1 ） ，掃描電鏡研究結果表明，隨聚合時間和靜置時間的延長，膜表面的聚苯胺層緻密、均勻。
  18. The natures of the probe and formation mechanisms in these techniques are different ; therefore, the images of spm can reflect different properties of sample surface. in this work, related properties of ferroelectric thin film were investigated as followed : the main factors determining the image formation of piezoresponse force microscopy ( pfm ) and scanning nonlinear dielectric microscopy ( sndm ) were studied. to avoid the misreading of the same conductive tip with different state, a new method of polarization distribution mapping with nonconductive tip was proposed, and the result of experiment demonstrated that the polarization distribution of ferroelectric thin films could be characterized well by the new approach

    本工作主要分為以下幾個部分:從研究鐵電薄膜的壓電響應力顯微鏡（ pfm ）和掃描非線性介電顯微鏡（ sndm ）成像的影響因素入手，討論了針尖對成像質量的影響;為降低實驗成本、減小導電探針針尖狀態變化對鐵電薄膜微區電性能測試的負面影響，提出了以非導電探針檢測微區極性分佈的方法，並在現有spa - 300hv型spm的實驗平臺上以pfm模式成功實現了新方法對鐵電薄膜極性分佈的表徵。
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