coating substrate 中文意思是什麼

coating substrate 解釋
基體塗層
  • coating : n. 1. 被覆,表皮,塗層;包覆物;(食品上的)面衣,糖衣;塗料。2. 上衣料;細呢,花呢。
  • substrate : n. 1. 底層,地層。2. 【無線電】(半導體工藝中的)襯底,基底。3. 【生物學】(生態學中的)基層;【生物化學】受質;被酶作用物。
  1. Fluoroplastic coating film on metal substrate

    金屬基片的氟塑料塗層膜
  2. Using material, which composition is basically same to substrates through grinding, and then dipping its slurry on substrate with heating 800 and then sintering at 1400. there was no crack on the surface of coating. distinguish between coating and substrate may use sem, from sem micrographs of cross section of coating, there is gradated pore structure, while pore - forming agent is no good for coating

    採用與基體成分相同的原料配製的料漿在經800燒成的素坯上成膜,燒成后發現,添加成孔劑的料漿成膜后表面易於開裂,而未加成孔劑的料漿成膜效果較好。
  3. The results indicate that the samples which is one step pretreated has the best adhesion and the thinnest mesosphere between the coating film and magnesium substrate

    結果表明,採用一步法前處理工藝的試樣,鍍層與基體之間具有良好的結合力,金相顯微觀察發現鍍層與基體之間具有最薄的中間過渡層。
  4. In this paper, the al3 + - doped zno thin films were prepared on na - ca - si glass substrate ( microscope slides ) by sol - gel process from 2 - methoxyethanol solution prepared by zinc acetate as premonitor, monoethanolamine as stabilizator and aluminum chloride reaction. homogenous, transparent, polycrystalline zno thin film was formed finally by diping coating conducted for film - plate on substrate, drying, pre - heat - treatment, anealing

    所用的溶膠是以乙二醇甲醚為溶劑,醋酸鋅為前驅體,乙醇胺為穩定劑反應制得,用浸漬提拉法在基體上鍍膜,經烘烤、預燒、退火,最後形成均勻、透明的多晶zno薄膜。
  5. Among various fabrication techniques of thin film, the sol - gel process has gained much interest for the preparation of pzt thin film, due to ihe advantages of good homogeneity, easy control of composition, low in - ill i reaving temperature, easy formation of large area thin films pb ( zrxti : - k ) 0 :, ( pzt ) films were prepared on the ito coated glass plates and low resistor silicon wafer in sol - gel dip - coating process associated wi di heat treatment : at different temperatures and characterized by x - ray diffraction ( xrd ) and transmission electron microscopy ( tem ). lt is shown that the pzt ferroelectric thin films with ( 110 ) preferred orientation and well - crystallized perovskite structure can be obtained after annealing at 680 ? for 30 minutes on ito substrate and at 800 " c for lornin on silicon substrate

    Pzt的制備方法有很多,其中溶膠?凝膠( sol - gel )方法可以和集成電路( ic )光刻工藝相互兼容,處理溫度低,有大面積塗敷性能,能精確地控制組分,無需復雜的真空設備,成本低廉,所以對于集成鐵電薄膜電容的應用這種方法有很廣闊的前景。本文利用sol - gel技術在摻錫的in _ 2o _ 3透明導電薄膜( ito )襯底和低阻硅襯底上成功地制備了pzt鐵電薄膜。運用了x射線衍射, sawyer - tower電路和lcr電橋分別對薄膜的晶化溫度,結構和電學性能進行了測試。
  6. The adhesive force between the coating and the magnesium substrate can be improved significantly by using proper technique of zincification

    用浸鋅工藝能較好地改善鍍層與基體間的結合力。
  7. The ag - coated composite powder is a kind of addition agent, which is of great value in the application in the fields of conducting resin, wave - absorbing materials and optical apparatus. the importance of the composites could be attributed to the good associativity between ag and the powder and the equably coating of silver on the substrate

    包銀復合粉體作為一種添加劑在導電漿料、吸波材料及光學器件等領域具備很高的應用價值,銀與粉體具備很好的結合性並且能均勻包覆在基體表面達到上述應用要求的一個關鍵。
  8. The enterprise fuchshuber techno - tex gmbh has special knowledge within the ranges carrier goods / materials, protection textiles and function textiles as well as coating substrate

    Tex gmbh是一家現代化、值得信賴的產品供應商,該供應商從事基材、底材,保護紡織品的製造和銷售。
  9. A review on measurement methods for interfacial bonding strength between coating and substrate

    基體材料界面結合強度測量方法的現狀與展望
  10. This has been found to be necessary to compensate for the difference in thermal expansion between the metal coating and the plastics substrate

    人們發現,這對補償金屬鍍層和和塑料基體間的熱膨脹差很有必要。
  11. Aerospace series. lubricating dry fluorocarbonated coating with binding material and fillers, of a minimum thickness of 5 micrometers on metallic substrate. quality of coated parts

    航空航天系列.金屬底層最小厚度5微米的帶粘接材料和填料的干潤滑碳氟化合物覆層.覆層零件質量
  12. Conclusion : tialn film coating may have a good potential to increase the biocompatibility of base metal alloy substrate

    結論:氮化鋁鈦薄膜具有良好且可增加卑金屬合金基材表面生物相容性的潛能。
  13. The adhesive force between the coating and the magnesium substrate has been estimated by using bend test, file test, and scribe test

    採用彎曲法、銼刀實驗法和劃線劃格實驗3種鍍層結合力測試方法,對化學鍍鎳層與鎂合金基體之間結合力的優劣進行了定性評價。
  14. In view of the poor adhesion of ultraviolet - curing paints to metal substrate, the effect of prepolymer, active diluent, adhesion accelerator, curing process and pretreatment on the adhesion of coating to metal substrate was studied

    針對紫外光固化塗料存在與金屬基體附著力差的問題,通過試驗研究了塗料組分與工藝過程如預聚體、活性稀釋劑、附著促進劑、固化工藝及預處理對塗膜在金屬基體上的附著力的影響。
  15. The ha coating is easily broken off from the substrate because of the interface corrosion, caused by the body fluid, and the cycle load. the preparation of the bg / ha bioactive graded coating on the surface of ti6a14v is an effective way to alleviate the heat stress

    在鈦合金表面制備生物玻璃( bg ) ha梯度塗層,來緩和因熱膨脹系數不匹配而造成的塗層內部過高的熱應力是解決以上問題的有效途徑之一。
  16. The companies manufacture of plastic blown film production line for color composite matrix, pe protective film substrate, and the cable film, adhesive polymer film, liquid membrane, heat shrinkable film, multifunctional industrial packaging coating products provide a strong quality assurance, food, beverages, medicine, chemical building materials of high quality packaging film production equipment preferred

    本公司製造的塑料吹膜生產線為彩印復合基材、 pe保護膜基材、電纜膜、高分子粘接膜、液體膜、熱收縮膜、多功能工業包裝膜等製品提供強有力的質量保證,是食品、飲料、醫藥、化工建材領域高品質包裝薄膜生產設備之首選。
  17. Prepared technical parameters were optimized by l9 ( 34 ) experiment analysis. a unique method for cleaning and drying of substrate - cleaning used by scour, drying used by infrared light was fished out by large numbers of experiment. chemical mechnism of zno thin film prepared by sol - gel technique was discussed by dta for the first time. by the measurements of sem, xrd and uvs, the thin film was analysed. the result proved that the thin film with strongly preferred orientation of c - axis perpendicular to the substrate surface which surface was homogenous, dense and crackfree was the crystalline phase of hexagonal wurtzite. the thin film was composed of plentiful asteroidal crystal which crystal dimension approximately 10 30nm. the average transmittance of thin film in visible region was above 90 %. the results of measurements else also proved that the thickness of single dip - coating was 75 240nm, this films resistivity was found to be 3. 105 102 3. 96 105 ? cm. the thickness and resistivity of thin film influenced by dope - content, withdrawal speed, pre - heat - treatment, anealing were reseached respectively

    利用xrd 、 sem以及uvs光譜儀等分析方法對薄膜進行了研究,結果顯示,所制備的薄膜為六方纖鋅礦型結構,具有高c軸擇優取向性;表面均勻、緻密,薄膜材料由許多星狀晶粒組成,晶粒尺寸大約為10 - 30nm左右;薄膜可見光透過率平均可達90 % ;對薄膜厚度以及電學性能進行了測定后發現:單次鍍膜厚度約為75 - 240nm , al ~ ( 3 + )離子摻雜型氧化鋅薄膜的電阻率在3 . 015 102 - 3 . 96 103 ? cm范圍內;分別研究了摻雜濃度、提拉速度、預燒溫度、退火溫度等工藝參數對薄膜厚度和電阻率的影響。
  18. Organic coating systems and linings for protection of industrial apparatus and plants against corrosion caused by aggressive media - part 1 : terminology, design and preparation of substrate ; german version en 14879 - 1 : 2005

    工業裝置和設備用防腐蝕劑引起腐蝕的有機塗層系統和
  19. 4, the formation mechanism of the n - sic particles in the ceramic coating prepared by the nano - micrometer n - sic / al2o3 composite powder located within m - al2o3 grains is revealed : m - al2o3 would be well melted during spraying and form droplet, the n - sic particles existing on the surface of droplet, then the particle enter the droplet when it is impacted and flattened on the substrate

    4 、提出了利用納米一微米n - sic al _ 2o _ 3包覆復合粉末所制的陶瓷塗層中n - sic粒子分佈於m - al _ 2o _ 3晶內的機理:在噴塗過程中微米級al _ 2o _ 3完全熔化形成液滴, n - sic粒子存於液滴表面,在液滴撞擊基材平鋪過程中n - sic粒子進入液滴內部形成。
  20. The proper temperature is felt about from the substrate of p ( 100 ) cz - si, and it is found that the solar cell conversion efficiency has been improved from 8. 85 % to 11. 45 % for the annealing process. suitable processing conditions for cells " fabrication, hydrogen passivation, sinx anti - reflection coating deposited by plasma enhanced chemical deposition ( pecvd ) are also studied

    將太陽電池樣品分別用pecvd ( plasmaenhancedchemicalvapordeposition )做減反射膜,用fg ( forminggas )燒結,測試電池性能,發現用pecvd處理后電池效率有所提高,用fg燒結后同樣有所改善。
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