碳膜 的英文怎麼說

中文拼音 [tàn]
碳膜 英文
carbon diaphragm
  • : 名詞[化學] (非金屬元素) carbon (c)
  • : 名詞1. [生物學] (像薄皮的組織) membrane 2. (像膜的薄皮) film; thin coating
  1. Super - hard amorphous carbon films were deposited on such substrates as single - crystalline silicon and k9 glass by pulse laser ablating graphite target

    本文研究用脈沖激光燒蝕石墨靶方法在單晶硅、 k9玻璃等襯底上生長超硬非晶碳膜
  2. The method of amino ? roup doping into hydrogenated amorphous carbon ( ct - c : h ) film and the influence of technological condition on it had been exhaustedly discussed in the article

    本文詳細研究了對氫化碳膜進行胺基團摻雜的方法,工藝條件。
  3. In this investigation, gas barrier property of pet has been improved by plasma enhanced chemical vapor deposition ( pecvd ) and plasma immersion ion implantation ( piii ) technologies

    本文通過等離子體化學氣相沉積( pecvd )和等離體浸沒離子注入( piii )技術在聚酯材料表面制備了阻隔碳膜來提高氣體阻隔性能。
  4. Highest insulation resistance and low dielectric loss under severe humidity conditions, for use in electronic insulators, telecommunications apparatus and meters. it s also suitable for cold punching, carbon printed, and vr used

    高度級電氣絕緣性,耐濕性特佳,製造電氣絕緣電子絕緣器通信及電表等配件,適于冷沖打拔加工碳膜印刷電板及vr使用電木板。
  5. Deposition of zno films on thick diamond films

    射頻輝光放電自偏壓對類金剛石碳膜結構和性能的影響
  6. Specification for single and double sided carbon - coated printed boards without interlayer connection

    無金屬化孔單雙面碳膜印製板規范
  7. The influence of adjusting the laser spot size at the target on the growth of a - c was analyzed in charter iv, and a suit spot size was found

    第四章研究了激光束聚焦對非晶碳膜生長的影響,並找到了合適的激光束直徑。
  8. Fiber glass board. better insulation, it s suitable for carbon printed

    玻璃纖維板,絕緣性佳,適用於碳膜印刷電板。
  9. Fiber glass board. better insulation. it s suitable for carbon printed

    玻璃纖維板,絕緣性佳,適用於碳膜印刷電板。
  10. Ceramic base body using in carbon film resistor

    碳膜電阻器用陶瓷基體
  11. Carbon - film resistor

    碳膜電阻器
  12. Study on the influence of residual carbon film upon early perforated corrosion on brass tubes of the condensor

    碳膜對凝汽器黃銅管早期腐蝕穿孔影響的研究
  13. In this paper, fluorocarbon films are deposited on polyetylene terephalate ( pet ) substrate by radio frequency magnetron sputtering polytetrefluoroethylene ( ptfe ) targets to examine the effect of discharge condition on the properties and mechanism of deposited films. the effect of the power, pressure and treating time on morphology is observed by means of scanning electron microscopy ( sem ) and atom force microscopy ( afm ). it is found that the fluorocarbon film particles distribute more uniform and join tightly with increasing power, the surfaces of films become closer and denser as pressure increases

    利用掃描電鏡( sem )和原子力顯微鏡( afm )研究了成機理以及cf的表面形貌,觀察了不同功率、壓力和時間下對氟碳膜表面形貌的影響,系統研究了氟碳膜表面結構隨功率和壓力的變化規律,發現功率提高使得氟碳膜顆粒分佈均勻,結合更加緊密,而提高壓力,氟碳膜的顆粒更加密集,並且濺射條件不同,粒子的形態、粒子間構成的介觀結構也不相同。
  14. Measurement to a series of organic vapors indicated that the films possessed fine response properties to carboxyl acid vapors

    通過對多種有機蒸氣的測量后發現,摻胺碳膜對羧酸類物質具有優良的選擇性響應。
  15. The influence of substrate materials on properies of primary diamond like carbon films prepared by direct photo chemical vapor deposition method

    襯底材料對直接光化學汽相淀積類金剛石碳膜初期的影響
  16. The ratio f / c decreases with the increase of power, but increases when pressure increase. the power has more marked effect on f / c than that of pressure. contact angle of fluorocarbon films obtained at different of power, pressure and treating time

    最後研究了不同功率、壓力、濺射時間對氟碳膜憎水性能的影響,並測量了氟碳膜的接觸角,發現接觸角隨功率的增加而減小,隨壓力的增加而增大。
  17. Especially, it also registered a lower wear rate of the polymer counterpart compared with ti6a14v alloy. the worn surfaces of the tested samples were observed with a scanning electron microscope, as an effort to analyze the wear mechanisms

    Dlc的減摩機理與其表面高硬度含氫非晶態碳膜結構和成分有關,磨損形式主要是輕微的磨粒磨損。
  18. The results show that amorphous carbon films have high etching resistance against oxygen plasma, and etch rates of the films correlated not only with etching processing parameters, also with deposition conditions

    結果表明非晶碳膜對于氧離子體具有高的抗刻蝕性,其刻蝕率不僅與刻蝕的過程參量有關,而且決定於的沉積條件。
  19. Under the condition of the same film thickness and nitrogen containing, the higher critical load indicates the smaller residual stress and larger adhesion energy

    而若是在相同厚度,含氮量也相同的類鉆碳膜,當臨界負荷越大時表示其殘留應力越小,則附著能量也就會較大。
  20. Amino - group doping ci - c : h film showed good response to h ~ ion in strong sulfuric acid solution

    研究表明摻胺碳膜在濃強酸條件下對氫離于具有良好的選擇性響應。
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