金剛石的 的英文怎麼說

中文拼音 [jīngāngdànde]
金剛石的 英文
adamantine
  • 金 : Ⅰ名詞1 （金屬） metals 2 （錢） money 3 （古時金屬制的打擊樂器） ancient metal percussion instrum...
  • 石 : 石量詞（容量單位, 十斗為一石） dan, a unit of dry measure for grain （= l00 sheng）
  • 的 : 4次方是 The fourth power of 2 is direction
  • 金剛石 : diamond; adamas; carbite; adamant; spark金剛石材料 diamond; 金剛石產地 diamond field; 金剛石結構 ...
  • 金剛 : （佛的侍從力士） buddha's warrior attendant
  1. Synthesizing diamond with addictive boron oxide under hthp

    粉末觸媒合成金剛石的影響
  2. Diamond cut design further enhances this exquisite bangle

    金剛石的刻磨設計更進一步的提高它的細致與高雅。
  3. The brilliance of diamond is due in part to its large dispersion.

    金剛石的光輝異彩，部分是由於它有強烈的色散。
  4. Having the hardness or luster of a diamond

    似金剛石的具有金剛石的硬度或光澤的
  5. All other metals and nonmetals lie within the boundaries of lead and diamond.

    所有其他金屬和非金屬都處在鉛和金剛石的界限之內。
  6. Presently, the nucleation and growth mechanism of diamond has n ' t been known completely. thermodynamically, the nucleation and growth of diamond at low temperature and low pressure is still considered as a paralogism

    目前金剛石的熱力學成核及生長機理尚不完全清楚，金剛石在低溫低壓下的成核和生長，仍被認為是一種熱力學的「悖論」 。
  7. Nucleation properties of diamond in feni - si - c system

    體系金剛石的成核特性
  8. In this paper, a new method was presented that b - doped diamond was synthesized at high pressure and high temperature ( hthp ) using b - doped graphite intercalation compounds ( gics )

    本論文提出了利用含硼石墨層間化合物（ gics ）高溫高壓（ hthp ）合成含硼金剛石的新工藝。
  9. According to the results of the interface action, the metals are classified as following three kinds. one is the affine metals that can react with the diamond to form steady carbides, such as ti, w, cr, mo etc. other is the inert metals that have not any action with the diamond, such as cu etc. the third is catalyst metals that promote the transformation of the diamond into graphite when the metals come into contact with the diamond at high temperature, such as fe, co, ni etc

    按照金屬與金剛石的界面作用結果，將典型金屬分為：與金剛石界面反應形成穩定碳化物的親和性金屬，如鈦、鎢、鉻、鉬等；與金剛石界面不反應的惰性金屬，如銅等；與金剛石界面接觸促使金剛石石墨化的石墨化金屬，如鐵、鈷、鎳等。
  10. Production in optical engineering - diamond impregnated cup wheels - part 1 : with steep cone

    光學加工.鑲金剛石的碗形砂輪.第1部分:帶圓錐體
  11. The mechanisms of diamond nucleation and growth are discussed, and it is believed that the continued ion bombardment during the deposition process is a key factor for the growth of nanocrystalline diamond film using ch4 and h2

    探討了金剛石的核化機制和納米金剛石的形成機制，認為沉積過程中的持續的離子轟擊是ch _ 4和h _ 2體系制備納米金剛石薄膜的關鍵。
  12. The study showed that the effect of surface tension induced by the nanosize curvature of critical nuclei could drive metastable phase region of diamond nucleation in carbon diagram into stable phase region, consequently, for both of homogenous and heterogeneous nucleation processes, diamond nucleation would be prior to graphite nucleation in competing growth of diamond and graphite upon chemical vapor deposition ( cvd )

    研究表明，建立在碳的平衡相圖基礎上，在納米尺寸的金剛石臨界核的曲率誘導下的表面張力效應將金剛石成核的亞穩相區推進到穩定相區，因此無論對于金剛石的均勻氣相成核還是異質成核，在金剛石和石墨的競爭生長中，金剛石成核均優先於石墨成核。
  13. Synthesis of industry diamond using pure iron catalyst

    摻硼金剛石的高溫高壓合成
  14. An attempt has been made by the author to quantify the effect of the covalent bonding on the metallic bonding of most metals by assigning covalent - metallitivities ( c - m ) values to some of the solid elements based on their melting temperatures in as compared to carbon ( diamond ), with a melting temperature of 3500, which is assumed to be 100 % covalently bonded and have a covalent - metallitivity of 4. 0

    作者試圖根據某些固體物質的按攝氏度計算的熔點與碳（金剛石）的比較，指定其共價金屬活性（ c - m ）的值，來量化在大多數金屬上的金屬性化學鍵的共價鍵作用， （比如） ， 3500攝氏度的熔點被認為是100的共價化合，且其金屬活性為4 . 0 。
  15. In the end of the paper, we discussed the particular advantage of rf - pepld for deposition of c - bn thin films and the important meaning of the nanothermodynamic theory proposed by this paper

    文章最後提出了常溫下rf 『 pepld方法沉積立方氮化硼薄膜的獨特優勢並討論了本文提出的金剛石的納米成核熱力學理論的重要意義。
  16. We analyzed the nucleation act of diamond in chemical vapor deposition ( cvd ) from the view of thermodynamics in the paper. a new nanothermodynamic approach was proposed, based on the established carbon thermodynamic equilibrium phase diagram

    本文從熱力學角度分析了化學氣相沉積（ cvd ）金剛石過程中，金剛石的成核行為，提出了一種新的金剛石的納米成核熱力學觀點。
  17. 3. the diamond segment wear process was analyzed by testing the weight of segment before and after sawing. the patterns of wear and breakage of diamond grits and bond wear mechanism of the blade were analyzed based on the observation on the working surface of the saw blade by stereo microscope and scanning electronic microscope

    採用稱重法測量鋸切過程鋸片節塊磨損量，並通過計算磨削比，分析了混凝土鋸切過程金剛石節塊的磨損特性及其影響因素，並採用sem和體視顯微鏡觀察節塊不同部位工作表面和金剛石的磨損破壞情況，研究了金剛石磨損破壞的主要形式和胎體材料的磨損形態。
  18. Based on the theory of glow discharge, the angle distribution of electron and the recombination process are simulated by adopting monte carlo method. the doping process of n - type diamond film is investigated by this method for the first time. the results indicate : 1 ) the scattering angle of electrons near the substrate is mainly lange - angle, which is helpful to grow diamond film over a large area when glow discharge is kept ; 2 ) after considering the recombination process, the number of particles distribution is provided

    主要結果如下： （ 1 ）研究了電子在雪崩碰撞和分解電離后的角分佈情況，結果表明基片附近電子的散射以大角散射為主，在維持輝光放電的條件下，較高的偏壓和工作氣壓對金剛石的橫向連續成膜是有益的； （ 2 ）考慮了低溫合成金剛石薄膜過程中電子與各種碎片粒子的復合過程，給出了不同的復合系數情況下的粒子數分佈，結果顯示各種碎片粒子的分佈隨復合系數的變化會出現粒子數分佈的漲落現象。
  19. Xps of the films indicates that tisi2 interlayer can prevent the interaction between substrate material and diamond interface, so that the adhesion of diamond film is improved

    薄膜的xps表明tisi _ 2作為中間層能起到阻止襯底材料與金剛石的界面反應作用，提高了金剛石薄膜的附著性。
  20. Effect of grit size of iron base catalyst and its uniformity on the synthesis of diamond

    鐵基粉末觸媒的粒度及其均勻性對合成金剛石的影響
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