金剛石微粉 的英文怎麼說

中文拼音 [jīngāngdànwéifěn]
金剛石微粉 英文
diadust
  • 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）
  • 粉 : Ⅰ名詞1 （粉末） powder 2 （用澱粉製成的粉條或粉絲） noodles or vermicelli made from bean potato o...
  • 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. It has been proved that the cnt has good characteristic on the field emission. at the same time, people have noticed that the nanosized diamond has a low nea

    碳納米管已經被證實具有良好的場發射特性，而金剛石超微粉也具有負電親和勢低的特點。
  2. 3 brass powder : three kinds of powder, type10, type20 and type30, can been offered. rare earth element and other trace amount of alloy element can been added

    黃銅粉：分10 、 20 、 30黃銅粉，可添加稀土等微量合金元素，分為用於含油軸承及金剛石製品兩類。
  3. Diamond micro powder ( abrasive grain = 0. 5 u m ) is added to the plating liquor, after many experiments, we discover every parameter of composite electro - brush plating, includes voltage of brush plating, relative velocity of between brush plating pen and workpiece, adding quantity of diamond micro powder etc. finally steel balls millstone covering with ni - fe - diamond composite electro - brush plating film is produced successfully

    試驗中加入粒度為w0 . 5的金剛石微粉，通過反復多次的試驗，確定出了鎳-鐵-金剛石復合電刷鍍中的各項工藝參數，包括電壓、鍍筆和工件的相對速度、金剛石微粉的加入量、溫度等等工藝參數；成功的試製成了覆蓋有鎳-鐵-金剛石復合電刷鍍層的鋼球研磨板。
  4. The results show that the process of concrete sawing with diamond tools is that the impact of diamond sawblade induces the rupture and break of concrete surface layer during high speed sawing ; cement and carpolite become micro chips by the cutting of diamond grits ; steel fiber and steel wire are broken by plastic deformation or pulled out by forces

    結果表明：金剛石鋸片鋸切混凝土的過程表現為高速據切過程中金剛石據片的沖擊引起混凝土表層斷裂破碎，水泥石子等在切削區內層受到金剛石磨粒的微切削作用形成粉屑，以及鋼纖維和鋼絲發生金屬塑性變形斷裂或被拔拉而斷裂的過程。
  5. ( 1 ) silicon substrate was pretreated by diamond abrasive ; ( 2 ) silicon substrate was pretreated by seeding of suspending diamond slurry ; ( 3 ) silicon substrate was pretreated by diamond abrasive and seeding of suspending diamond slurry

    金剛石研磨劑研磨基片；金剛石超微粉懸濁液對基片引晶處理；金剛石研磨劑研磨和金剛石懸濁液引晶復合處理方式。
  6. Being high - active filling reinforcing agent, the micropowder of diamond was used in fluorubber ( fr ), forming a denser network to carbon black, and gaining a more excellent high temperature performance for vulcanized rubber

    摘要金剛石微粉作為高活性填充補強劑用於氟橡膠（ fr ）中，所形成的網路比炭黑更加密實，硫化膠的高溫性能更優異。
  7. In order to improve diamond fine powder sinter ' s mechanical property, using the present laser technique, high power transverse co2 laser is used to sinter diamond fine powder compact to study the integrating capability in the sinter between diamond fine powder and metallic powder, microstructure and the forming mechanism of microstructure in the different laser technical parameters

    摘要為了改進金剛石微粉燒結體的機械性能，利用現有的激光技術，採用高功率橫流co2激光燒結金剛石微粉壓坯，研究在不同的激光工藝參數下，燒結體中的金剛石微粉與金屬粉末粘結的結合性能、微觀結構以及形成機理。
  8. The results show that the fine sintering will be gained in the reasonable laser technical parameter, which can improve densenses and wear resistance, inaugurate a new technique of manufacture diamond tools

    結果表明，在合適的激光工藝參數下可以得到組織結構良好的金剛石微粉壓坯燒結體，顯著提高燒結體的緻密性和耐磨性，開辟了一種金剛石工具製造的新工藝。
  9. Henan yalong superhard materials co., ltd. is the largest producer of synthetic diamond micropowder and lapping paste in china, the production per month attains to 8000000 - 10000000ct. its floor space is 1 hectare including standard workshop of 4000 square meters. the company pocesses advanced processing equipment, strong technological force and strict testing means. all our series products are manufactured according to the national standards

    我公司是目前國內最大規模生產人造金剛石微粉和人造金剛石研磨膏的專業生產廠家，公司佔地1公頃，標準化廠房4千平方米，月生產人造金剛石微粉800 - 1000萬克拉，公司具有先進的生產加工設備，雄厚的專業技術隊伍，嚴密的檢測手段，系列產品全部按國家標準生產。
  10. We make out the cnt thin film by the coating method, and then we test the thin film field emission properties 4. we make the sample that is get by the step 3 as the cathode. then we get the composed materials by electrophoretic method

    4 .以3得到的樣品為陰極，仍然採用電泳的辦法將沉積到碳納米管薄膜上，成功得到了碳納米管與金剛石超微粉的合成材料，並測試了其場發射特性。
  11. We successfully make the nanosized diamond particles calculated on the cathode and get the composed materials by electrophoretic method. comparing to the pecvd method by which people make the cnt and nanocrystal diamond grow currently on the same substrate, it ’ s more simple, economic and easy to control. the main jobs are followed : 1

    實驗中採用電泳的辦法，將金剛石超微粉沉積到陰極基片上，從而制備出合成材料，此種辦法與通過pecvd方法實現基片上碳納米管與金剛石超微粉的合成材料的生長相比，更加經濟，簡單與實用，並且更加容易控制。
  12. Measures should be taken to prevent uneven distribution of grain size in diamond blending

    採取措施防止金剛石微粉在投料時出現粒度偏析。
  13. 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。
  14. Thus following measures should be adopted : 1. increase the pack density of micron diamond power to improve the pressure transmitting between diamond granules and decrease the distance between them

    提高金剛石微粉堆積密度以提高燒結時高壓傳遞的有效性和減小晶粒之間的距離； 2
  15. Having noticed that in some organic solution, the surface of the nanosized diamond particles can get some negative voltage for they can absorb some ions, we can make the nanosized diamond particles calculated on the cathode by the cathodic electrophoretic method, which is important to make the cnt and the nanosized diamond particles composed materials

    在合成材料的制備過程中，考慮到金剛石超微粉在一些有機溶液中因為其表面會吸附上一些帶電的離子，所以會帶上微弱的電壓。因此能通過電泳的辦法使得金剛石超微粉在陰極得到沉積，這對碳納米管與金剛石超微粉合成材料的制備有著重要的意義。
  16. We provide all recognized sizes of diamond powders and additional sizes are available upon request

    國瑞升科技有限公司的人造金剛石微粉結合數年來客戶合作的經驗，完全能滿足客戶對產品的要求。
  17. Standard for testing the impurity content of diamond powder should be established

    建立金剛石微粉雜質檢測方法和標準。
  18. The effect of oozing nanometer diamond fine - powder heat intrusion technology on wear - resistance of metallic material

    納米金剛石微粉熱浸滲技術對金屬材料耐磨性能的影響
  19. In the present research, scanning electron microscope ( sem ), laser raman spectroscopy ( lrs ), x - ray photoelectron spectroscopy ( xrs ), x - ray diffraction ( xrd ) and electron probe micro analysis ( epma ) were utilized to investigate the difference in micro - structure and elements distribution between domestic and foreign pdcs. combined with analysis on current manufacturing process, the mechanism for the difference was discussed. scanning electron microscope ( sem ), laser granularity analysis, atom emission spectroscopy ( aes ) and plasma emission spectroscopy ( icpaes ) are also utilized to investigate the grain shape and impurities of key material - diamond power

    本課題採用掃描電鏡、拉曼光譜、光電子能譜、 x -射線衍射分析、電子探針等方法分析了國內外聚晶金剛石-硬質合金復合片在微觀組織結構、元素成分分佈方面的差異，結合對現有燒結工藝的分析，研討了造成這些差異的機理；採用掃描電子顯微鏡、激光粒度分析、原子發射光譜、等離子發射光譜等方法對關鍵原材料-金剛石微粉的晶形、雜質含量進行了比較分析測試。
  20. Considering that, the research on the field emission of the cnt and nanosized diamond particles composed materials is meaningful

    因此，考慮到上面的因素，對于金剛石超微粉與碳納米管的合成材料的場發射性質具有一定的研究意義。
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