納米陶瓷 的英文怎麼說

中文拼音 [nàmǐtáocí]
納米陶瓷 英文
nano ceramics
  • 納 : Ⅰ動詞1 （收進來; 放進來） receive; admit 2 （接受） accept; take in 3 （享受） enjoy; take deligh...
  • 米 : Ⅰ名詞1. （稻米） rice 2. （泛指去殼或皮的可吃的種子） shelled or husked seed 3. （姓氏） a surname Ⅱ量詞（公制長度的主單位） metre
  • 陶 : 陶名詞1. （窯） kiln2. （人名用字） a word used in person's name
  • 瓷 : 名詞（用高嶺土、長石、石英等燒製成的材料） porcelain; china
  • 納米 : aalbert
  • 陶瓷 : pottery and porcelain; ceramics陶瓷地磚 floor tile; 陶瓷電子管 ceramic tube; 陶瓷電阻器 ceramic r...
  1. Yao ze tian. cardiotonic card and manufacture method - by preparing gar infrared bioceramic material from silicon oxide, alumina, zinc oxide and titanium oxids through mixing and high - temp treatment, cn 1204538

    張愛平，林燕萍，王和鳴，等.納米相陶瓷遠紅外線治療急性軟組織損傷動物模型實驗研究.福建中醫學院學報， 2001 ， 11 （ 1 ） : 20 - 21
  2. We master the high - tech biotechnology and nanotechnology research and development of autonomous " anion far - infrared high - purity ceramic glaze multifunctional additives " unique advantages, research and development to produce eco - antibacterial health " premium bone china " " magnesia strengthen porcelain ", " high - white porcelain " three kinds of porcelain products

    我公司充分利用自己所掌握的高科技納米生物技術和自主研發的「高純負離子遠紅外多功能陶瓷釉料添加劑」這一獨特優勢，相繼研發生產出多功能生態抗菌保健「高檔禮品骨質瓷」 、 「鎂質強化瓷」 、 「高白瓷」三大瓷種系列產品。
  3. Ceo22 is used as optical materials, polishing agents, ultraviolet absorption materials, the cleaning catalyst of car ' s waste gases, chemical decolorant of glass, radiation - resisting glass permanent magnet, electronic ceramics etc. if it is processed into nanoparticles, it will exhibit some novel properties led to varied applications. for example, ceo22 nanocrystal is a better promoter of cytochrome c and the stabilizer of zro22 ceramics. because of its high index of refraction and good stability, it is used to produce reduced reflection film

    Ceo _ 2是一種廉價而用途極廣的材料，如用於發光材料、拋光劑、紫外吸收材料、汽車尾氣凈化催化劑、玻璃的化學退色劑、耐輻射玻璃、永磁體、電子陶瓷等，其納米化后將出現一些新的性質及應用，如ceoz納米晶是細胞色素c的良好的催進劑，還用作zro :陶瓷的穩定劑，由於ceo :折射率高，穩定性好，常用於制備減反射膜等。
  4. Recent advances in nacre used as bone implant are reviewed in this paper

    摘要珍珠層是一種天然的納米生物陶瓷材料，一直是生物礦物材料學者研究的焦點。
  5. The nano diamond particle improve friction surface lubricate condition, mainly by the nano particle repair and inlay effection nanometer particle deposition in the friction contact region, fills the friction damage spot promptly, has the repair function, simultaneously prevents the crack from further development, achieves the goal of prolong fatigue life

    納米金剛石微粒通過微粒修復作用和鑲嵌作用，改善摩擦表面的潤滑狀態。在摩擦過程中，納米微粒沉積在摩擦接觸區域，填補摩擦損傷部位，起到修復作用，同時阻止裂紋的進一步發展，延長了陶瓷球疲勞壽命。
  6. 6, the formation of nano - nano sic / al2o3 composite ceramic coating : the heating difference of the powder in - outer layer during spraying results in that the inner nanoparticles are only partially melted, without growing into larger grain, a lot of nanoparticle agglomerates with sintered shape were detected in the coating

    6 、納米?納米sic al _ 2o _ 3復相陶瓷塗層形成過程為：乾粉顆粒內外層在噴塗過程中受熱歷史不同，導致內層納米粒子僅僅熔化而沒有結晶長大，塗層中形成了許多呈燒結形態納米粒子構成的團聚體。
  7. Progress in research on surface characterization of nanoceramic powder

    納米陶瓷微粉的表面性能研究進展
  8. Sinter technique in preparing nano - ceramic

    納米陶瓷材料制備中的燒結技術
  9. Analyzing micro - structures of n - al2o3 by experimental study, it is conclusion that grain growth of n - al2o3 can be restrained well using laser sintering. nano - grains evolves micro - stuctures or clusters with sub nano - grains

    通過對納米陶瓷激光燒結製件的微觀結構和晶粒生長分析，試驗驗證了激光快速燒結可以解決納米材料在傳統燒結方法中晶粒生長難以控制的問題。
  10. After adding 0. 12 volume fraction of pt powder, the pyroelectric coefficient of pt / p ( vdf - trfe ) composite film was about 30 % higher and the detective merit was about 21 % higher than that of sensors using pure p ( vdf - trfe )

    12的鈦酸鉛納米陶瓷粉粒的摻入，使得pt / p （ vdf - trfe ）復合膜的熱釋電系數值提高了約30 ，探測優值提高了約21 。
  11. The objective of this paper is to obtain metal - ceramic composite materials with better complex properties by the way of preparing nano - composite powders of metal and ceramic. in our thought, firstly we should prepare nano - ceramic powders coated with metal, and then during the period of sintering, the film of metal could prevent the nano ceramics powder from dumpling and keep the powders to be nano - sized

    這樣，在隨后制備塊材的燒結過程中，由於復合粉體復合充分，相容性提高，結合力高，另外金屬表面層可抑制納米陶瓷粉體的融合長大，使粉體在燒結后保持納米尺寸，從而發揮納米顆粒的作用；同時通過引入均勻分佈的韌性金屬相，進一步改善陶瓷的脆性。
  12. Nanosized lead titanate ( pt ) and lead titanate doped with calcium and lanthanum ( pclt ) powder obtained by the sol - gel method was added into vinylidene fluoride - trifluoroemylene [ p ( vdf - trfe ) ] to form nanocomposite to be used as the sensing film of the pyroelectric detector. the experiment results show that after mixing in 0. 16 volume fraction of pclt powder, the pyroelectric coefficient of pttp ( vdf - trfe ) composite film was about 37 % higher than that of the pure p ( vdf - trfe ) film prepared under the same condition, and the voltage figure - of - merit of pt / p ( vdf - trfe ) composite film was about 22. 4 % higher

    用溶膠-凝膠法制備了鈦酸鉛（ pt ）和摻鈣鈦酸鑭鉛（ pclt ）納米粉粒，與聚偏氟乙烯-三氟乙烯（ p （ vdf - trfe ）均勻復合，由於16的摻鈣鈦酸鑭鉛納米陶瓷粉粒的摻入，使得pclt / p （ vdf - trfe ）復合膜的熱釋電系數值提高了約37 ，探測優值提高了約22 . 4 。
  13. 2 nano ceramic material is infiltrated into plasma - spraying coatings by laser - cladding nano - material. the microstructures of the coating series gotten are studied in detail with x ray diffraction, scanning electron microscopy. it is concluded that after laser cladding the density of the nano material infiltrated coating is improved and superior to density of laser - remelting coating

    （ 2 ）在等離子塗層的基礎上，利用激光熔覆將納米陶瓷材料熔滲到等離子塗層中，然後採用x射線衍射、掃描電鏡、能譜儀等，對陶瓷系列塗層的微觀組織與結構進行了詳細分析。
  14. Preparation of nano alpha alunina powder at low temperature

    3納米陶瓷粉末的制備及其表徵
  15. 4 nano - al2o3 material is pressed to slice and is sintered by laser. with the hardness tests, some process parameters are determinated suitably. laser - cladding nano - ceramic material creates a new applied future for nano - material. compared to traditional methods, it has many advantages such as consuming less material, cooling more rapid, laser - cladding many kinds of metal and alloy on other metal and alloy

    激光熔覆納米陶瓷開辟了一個新的納米材料應用前景，和傳統方法相比能進行選區熔覆，材料消耗少：冷速快，發生非平衡凝固，組織細小，可使納米材料仍然在納米尺度：許多合金和金屬能夠熔覆到其他的合金和金屬上。
  16. The different kinds of pyroelectric sensors were prepared on the porous silicon dioxide, plastic film and bulk silicon substrates respectively. the nanocomposite pclttp ( vdf - trfe ) film was deposited by spin - coating used as the sensing film, and ni - cr film was chosen as upper electrode and absorb layer

    分別在多孔氧化硅、 pet塑料和硅襯底上，制備納米陶瓷/ p （ vdf - trfe ）復合敏感膜的熱釋電單元傳感器。
  17. Namiyanghuaxin, nano magnesium oxide, nano ceramic material production

    納米氧化鋅、納米氧化鎂、納米陶瓷材料生產。
  18. The content of this dissertation is about the modification of coatings by laser cladding nano - material on plasma - spraying coatings. introducing rapid prototyping into nano material processing, experimental researches on the selective sintering of nano material are carried out systematically, the main work accomplished and conclusions gotten in this dissertation are presented as follows : 1 under the aiding of plasma spraying, reasonable coating material systems are designed to fabricate alumina, nicral / a12o3, nicral / a12o3 + 13 % wt. tio2, nicral / wc - co coating

    本文主要是在等離子噴塗的基礎上，利用激光熔覆納米陶瓷材料對等離子塗層進行改性處理，從而制備納米復合塗層；同時將激光快速成型應用於納米材料加工中，主要完成如下內容： （ 1 ）設計合理的等離子塗層結構，制備了al _ 2o _ 3 ， nicral al _ 2o _ 3 ， nicral al _ 2o _ 3 13 wttio _ 2 ， nicral wc - co四種塗層。
  19. Effects on microstructure and characteristics of batio3 nanometer ceramics by la3 - doping

    3納米陶瓷微觀結構及其性能的影響
  20. Research on plasma spraying nano al2o3 3 tio2 ceramics onto surface of magnesium alloy

    鎂合金表面等離子噴塗納米陶瓷塗層研究
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