檢鏡用刀 的英文怎麼說
中文拼音 [jiǎnjìngyòngdāo]
檢鏡用刀
英文
microtome- 檢 : Ⅰ動詞1 （查） check up; inspect; examine 2 （約束; 檢點） restrain oneself; be careful in one s c...
- 鏡 : Ⅰ名詞1 （鏡子） looking glass; mirror 2 （幫助視力或做光學實驗的器具） lens; glass 3 （姓氏） a s...
- 用 : Ⅰ動詞1 （使用） use; employ; apply 2 （多用於否定: 需要） need 3 （敬辭: 吃; 喝） eat; drink Ⅱ名...
- 刀 : Ⅰ名詞1 （切、割、削、砍、鍘的工具） knife; sword 2 （形狀像刀的東西） sth shaped like a knife 3 ...
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The technique is less invasive than even laparoscopy because doctors don ' t have to cut through the skin and muscle of the abdomen, and it may prove a viable alternate to existing surgical procedures
這項技術比起腹腔鏡檢查來說更不傷人，因為醫生不用在腹部的皮膚和肌肉上開刀，這可能稱為現代手術的一項選擇。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。In this paper firstly the image analysis system making use of chip shape recognition and tool wear inspecting were established, it was made of industry computer, image collecting card of qp300, pickup camera of wv - bp330ccd and microscope. this affords foundation for the image analysis application to cutting process
本文首先建立了以工控機作為系統的主機，由qp300圖象採集卡、 wv - bp330ccd攝象機和體式顯微鏡組成的可用於切屑形態識別及刀具磨損、破損檢測的圖像處理系統，為圖像分析技術在切削加工中應用研究提供了基礎。
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