金剛石切削具 的英文怎麼說

中文拼音 [jīngāngdànqiēxiāojù]
金剛石切削具 英文
diamond cutter
  • 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）
  • 切 : 切Ⅰ動詞1 （合; 符合） correspond to; be close to 2 （用在反切后頭 表示前兩個字是注音用的反切）見 ...
  • 削 : 削動詞1. （用刀斜著去掉物體的表層） pare [peel] with a knife 2. （乒乓球的一種打法） cut; chop
  • 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. Study of adhesion of cvd diamond film coated tool

    金剛石塗層刀具切削性能的試驗研究
  2. The results show that vibration parameters have a great effect on the surface roughness and the tool life

    在精密車床上進行了金剛石刀具超聲振動切削不銹鋼零件的加工實驗。
  3. Cutting performances of cvd film coated tools

    金剛石薄膜塗層刀具切削性能研究
  4. Experimental study on diamond thick film cutting tools

    金剛石薄膜塗層刀具精密切削表面質量的研究
  5. Linear motion guides are employed in the feed systems of most diamond turning machines

    超精密金剛石切削加工機床的刀具進給機構通常由直線導軌實現。
  6. The topography and the nano - mechanical property of the sample before and after self - assembly was characterized by afm, and the factor attributed to the change was analyzed. based on the above conclusion, the nano - mechanical property of the sample fabricated with the technology based on the scratch of afm microprobe combining traditional self - assembly method was analyzed. it was proved that this method could carry out controllable self - assembly on silicon surface ; finally, the nano - mechanical property of the sample fabricated with the technology based on the cutting of diamond tool was measured, and this method was proved to be a quick and convenient mean that could carry out controllable self - assembly on silicon surface according to the nano - mechanical property of the samples fabricated by the two method before

    之後利用原子力顯微鏡對組裝前後的樣品進行了表面形貌和納米機械性能的表徵，分析了可能導致其變化的原因;藉助所得的結論，對基於原子力顯微鏡微探針的刻劃與傳統自組裝方法相結合的自組裝加工技術所制備的樣品進行了納米機械性能的分析，證明這種方法能夠實現硅基底上的可控自組裝;最後，對基於金剛石刀具切削的自組裝加工技術所制備樣品的納米機械性能進行了檢測，通過和前兩種方法制備的自組裝結構的納米機械性能進行對照，證明這種方法可以方便快捷的實現硅基底上的可控自組裝，從而實現「割草種花」的構想。
  7. Cubic boron nitride ( c - bn ) thin films have significant and potential technological application prospect in cutting tools, electronic and optical devices, etc. because c - bn possesses excellent physical and chemical properties, such as ultrahigh hardness only inferior to diamond, inertness against oxidation at high temperature, uneasy reaction with iron group metal, as well as the possibility of using as n - and p - type doped semiconductors

    立方氮化硼（ c - bn ）具有優異的物理化學性質，如僅次於金剛石的硬度、高溫下強的抗氧化能力、不易與鐵族金屬反應、可n型摻雜也可p型摻雜成為半導體等，立方氮化硼（ c - bn ）薄膜在切削刀具、電子和光學器件等方面有著潛在的重要應用前景。
  8. Cubic boron nitride ( cbn ) thin films have significant and potential technological application prospect in cutting tools, electronic and optical devices, etc., because cbn possesses excellent physical and chemical properties, such as ultrahigh hardness only inferior to diamond, inertness against oxidation at high temperature, uneasy reaction with iron group metal, as well as the possibility of using as n - and p - type doped semiconductors

    立方氮化硼（ cbn ）具有優異的物理化學性質，如僅次於金剛石的硬度、高溫下強的抗氧化能力、不易與鐵族金屬反應、可n型摻雜也可p型摻雜成為半導體等，立方氮化硼（ cbn ）薄膜在切削刀具、電子和光學器件等方面有著潛在的重要應用前景。
  9. Ultrasonic vibration is applied to diamond turning of stainless steel in order to decrease diamond tool wear and improve the surface quality of the workpieces

    摘要為減輕金剛石刀具的磨損，提高工件表面加工質量，採用超聲振動的方法切削不銹鋼零件。
  10. Ab sandvik coromant, one of the larger being of sandvik tooling, is the international leader in development, production and marketing of tools using cemented - carbide, ceramics and extremely hard materials such as diamond and cubic boron nitride for metal - cutting applications

    山特維克可樂滿刀具公司是山特維克刀具公司子公司中較大的一個，山特維克可樂滿刀具公司在開發、生產和銷售利用燒結硬質合金、陶瓷及高硬度材料如：金剛石及立方碳化硼做金屬切削用刀具及刀具系統領域處於世界領先地位。
  11. The experimental research on the cutting properties of cvd film diamond coated tools

    金剛石薄膜塗層刀具精密切削表面質量的研究
  12. With the failure of diamond coated cutting tools, built - up edge ( bue ) develops, and cutting force on the tool jumps immediately. so the failure is predictable by monitoring the devolop of bue and change of cutting force

    切削過程中刀具金剛石薄膜失效時，會產生積屑瘤，且切削力驟然增大，通過監測積屑瘤的產生和切削力的變化，可以預報金剛石薄膜塗層刀具的失效。
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