納米微粒 的英文怎麼說

中文拼音 [nàmǐwéilì]
納米微粒 英文
nano-granule
  • 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
  • 粒 : Ⅰ名 （小圓珠形或小碎塊形物） small particles; grain; granule; pellet Ⅱ量詞（用於粒狀物）
  • 納米 : aalbert
  1. Through above improvement with perfect on antetype equipment foundation have made nmp - i type metal nanometer particle preparation installation, so to have established material foundation for prepare metal and alloy nanometer particle

    通過以上的改進和完善在原型設備基礎上製作了nmp一型金屬納米微粒制備裝置，從而為制備金屬與合金納米微粒奠定了物質基礎。
  2. Www. bsi - global. com nano vocabulary - nanoparticles

    詞匯.納米微粒
  3. The preparation, measure and tribological performance of zno nano - particles and octidecyltrichlorosilane ( ots ) self - assembled molecular film is studied in this paper. the main conclusions are reached as followed. 1

    本文對zno納米微粒及三氯十八硅烷（ octidecyltrichlorosilane ，簡稱ots ）自組裝分子膜的制備、表徵及摩擦學性能進行了研究，得出的主要結論如下： 1
  4. Studies of structures of copper phthalocyanine films grown by vacuum sublimation

    酞菁銅納米微粒的制備及其聚集態行為
  5. Zno nano - particles was made from precursor zn ( ac ) 2. 2h2o through the method of sol - gel. the parameters for achieving the optimum technological conditions in making zno nano - particles were obtained by carefully observing the precursor concentration, amount of solvent and precipitants, the temperature on each stages and the behavior of reactors

    在制備過程中，研究了主鹽濃度、溶劑用量、沉澱劑用量、反應各階段的工藝溫度，以及反應器等因素對實驗結果的影響，得出了制備zno納米微粒的最佳工藝參數。
  6. Preparation and characterization of the polystyrene silver core - shell structure nanospheres

    核殼結構納米微粒的制備及表徵
  7. 2. in order to improve the luminescence properties, cds nanoparticles entrapped in an acrylic acid - hydroxypropyl acrylate copolymer ( ac - hac ) network were synthesized by in - situ synthesis method

    用原位合成法，以具有強配位能力的聚丙烯酸?丙烯酸羥丙酯（ ac - hac ）為基體在水溶液中合成了cds納米微粒。
  8. 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。
  9. The theoretical results are in good agreement with the experimental ones qualitatively. however, as to y - fe _ ( 2 ) o _ ( 3 ) nanocrystallites, the lattice constant increases with the decreasing of the grain size. it is opposite to the result of ionic crystallites

    然而，丫一f勺偽納米微粒的晶格常數隨著晶粒線度的減小而增大，與我們實驗和理論中對離子晶體所討論的結果恰好相反。
  10. This article proposed an idea of using nanometer science and technology to change the property of the grease. we added the nano particles into the grease, and dispersed them uniformly and stably, to make different products which contain kinds of content. we filtered more than 11 nano particles from the results of the long - time friction tests, and focused on three kinds of prescriptions which have outstanding performance

    本文提出了利用納米科學技術對脲基潤滑脂進行改性的思路，將納米微粒添加到脲基潤滑脂中，進行均勻和穩定的分散，製成含不同納米微粒的配方，利用長磨試驗的結果，對11種納米材料進行了篩選，並研究了三種性能比較優異的納米微粒的摩擦學性能。
  11. In this article, four basic properties of nanometer particle are summarized : quantum size effect, surface effect, volume effect, macroscopical quantum tunnel effect, and several ways of preparation and evaluation of nanometer particle are introduced

    摘要綜述了納米微粒的四個基本特性：量子尺寸效應、表面效應、體積效應及宏觀量子隧道效應，並介紹了納米微粒的制備方法及對納米微粒評估的方法。
  12. Transmission elector microscopy was used to observe zno nano - particles. the results indicated that zno appeard in spherical powder of hexagonal struture with the range of 30nm - 40nm

    在透射電鏡上對zno納米微粒的表徵結果為： zno微粒呈球狀，六方晶型，粒度分佈范圍為30nm 40nm 。
  13. Therefore, we deduce that the lattice constant of the covalent nanocrystallites will increase with the decreasing of the grain size

    由此我們推斷共價結構納米微粒的晶格常數隨著晶粒線度的減小而增大。
  14. Chapter 2. powder synthesis techniques fall into three broad categories : ( 1 ) precipitation from a salt solution, ( 2 ) condensation from the vapor phase, and ( 3 ) high - energy milling

    第二章：納米微粒的制備方法納米材料的制備方法主要分為三大類：液相法、氣相法和高能球磨法。
  15. 2. tribological performances of zno nano - particles as lubricating oil additives were studied in friction and wear test machine

    將製成的zno納米微粒作為潤滑油添加劑，在摩擦磨損實驗機上對其摩擦學特性進行了研究。
  16. As well - known, there is an induced current on the surface when metal material is in the high frequency electromagnetic field, since tending to skin heating effect to make the temperature of metal material surface go up promptly, surface beginning melt when temperature reaches the melting point of metal, metal material is heated up continuously by surface to core till the metal droplet of melting

    自懸浮定向流技術制備金屬納米微粒與一般的蒸發冷凝法有所不同，其原理是：金屬材料在高頻電磁場中產生表面感生電流，由於趨膚加熱效應使得金屬材料表面的溫度迅速升高，當溫度達到金屬的熔點時表面開始熔化，通過熱傳導作用金屬材料由表面到芯部不斷加熱直至熔化成金屬液滴。
  17. In this chapter, we described some basic properties of nanoparticle, such as quantum - size effect, surface effect, small - size effect, macro - quantum tunnel effect and so on

    第一部分：綜述第一章；納米微粒的特性與應用本章主要介紹了納米材料的一些基本特性。例如：量子尺寸效應、表面效應、小尺寸效應、宏觀量子尺寸效應等。
  18. In this paper, select li 3 # and grease 7014 as basis grease. select nano diamond and sio _ 2 are selected as additives, design 14 recipe using k and l10 as appraise norm study the dose of nano particle to the effect of contact fatigue of ceramic and steel friction has the conclusion that proper quantities nano particle which put in two grease can improve the contact fatigue life of ceramic using sem and edax, nano particles fatigue resistance mechanism are analyzed. which can improve the contact fatigue life of ceramic and steel friction

    本文選用3 #通用鋰基脂和7014號寬溫航空潤滑脂作為基礎脂，選取納米金剛石粉和納米二氧化硅微粒作為添加劑，設計了14種配方。利用威布爾斜率k和額定壽命l10作為評價指標，研究了納米微粒的用量對陶瓷球/鋼副的接觸疲勞壽命的影響，得出在所選兩種基礎脂中添加合適用量的納米微粒添加劑可以提高陶瓷球的接觸疲勞壽命。利用sem和edax ，初步揭示了納米微粒提高陶瓷/鋼副滾動接觸疲勞的機理。
  19. With the introduction of electrospinning of polylactide containing different drugs or antibacterial nanoparticles and release studies. analysis the effect and cause of controlled release

    摘要介紹了加入不同的藥物或抗菌納米微粒的聚乳酸基的靜電紡絲及其釋藥性能，並對其緩釋效果及其原因進行分析。
  20. Preparation and granularity control of nanosized copper particles by flow - levitation method

    自懸浮定向流技術中銅納米微粒的粒度控制研究
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