顯微操作針 的英文怎麼說

中文拼音 [xiǎnwéicāozuòzhēn]
顯微操作針 英文
micro needle
  • 顯 : Ⅰ形容詞1 （明顯） apparent; obvious; noticeable; evident 2 （有名聲有權勢的） illustrious and inf...
  • 操 : Ⅰ動詞1 （抓在手裡; 拿; 掌握） hold; grasp 2 （做; 從事） act; do; operate 3 （用某種語言、方言說...
  • 針 : Ⅰ名詞1 （縫衣物用的工具） needle 2 （細長像針的東西） needle like things 3 （針劑） injection; sh...
  • 顯微 : microadiography
  • 操作 : 1 （按照一定的程序和技術要求進行活動） operate; manipulate; handle 2 （所進行的若干連續生產活動的...
  1. Here we use robotically - controlled micromanipulators and extremely sharp glass needles to machine the aerogel, and extract tracks in tiny doorstop - shaped wedges of aerogel that we call " keystones "

    在此我們用自動控制的顯微操作器和極其尖銳的玻璃針來加工氣凝膠，並取出含有軌跡的一小塊楔形凝膠，我們稱之為「楔石」 。
  2. Because of the special needs of the micro machine tool, the module about data acquisition of the videomicroscopy used to clearly observe micro tools and small dimension workpiece was exploited through vfw software tool kit

    針對微小機床的特殊要求，通過vfw軟體工具包特別開發了顯微鏡視頻採集模塊，從而在操作界面上可清晰觀察到微小銑刀及小尺寸工件。
  3. A novel modularized near - field scanning optical microscopy was developed, with its modules such as tuning - fork optical fiber probe, scanning head and scanning platform etc, of high performance and easy operation

    摘要採用模塊化的設計思想，製成了高質量且簡單易用的音叉光纖探針模塊、模塊化的掃描探頭、掃描臺等，從而研製出高性能，易操作的模塊化的保偏近場掃描光學顯微鏡。
  4. With the development of science and technology, the need of micro system is more and more urgent in many technical fields, such as various operation of cell and polymerized substances, micro surgery, scanning probe microscope ( spm ), butting optical fiber, fine manufacturing etc. with the development of micro - technology, micro mechanism, which has the character of micro size or micro motion is new high technology from microcosmic point of view understanding and reconstructing the world, micro mechanism technology is important means for researching nanotechnology, so the micro stereo vision ( msv ) techniques are demanded urgently in microcosmic domain

    隨著科學技術的發展，許多領域越來越迫切地需要微型系統或微動系統，如生物細胞、聚合物的各種操作、微外科手術、掃描探針顯微鏡spm 、光纖對接和微細加工等；而且隨著微技術的不斷發展，以形狀尺寸微小、操作尺度極小為特徵的微機械已成為人們從微觀角度認識和改造客觀世界的一種高新技術；微機械技術還有望成為研究納米技術的重要手段，因此在微觀領域迫切要求顯微立體視覺技術的發展。
  5. Then, based on the requirements of ms for robotics, the robotic system which could be used in ms is analyzed in the architecture, working and design of its control system

    然後，針對顯微手術操作對機器人的需求，對用於顯微手術操作的機器人系統的結構組成、工作方式和控制系統設計作了分析。
  6. Also we describe the principle, architecture and the recent development tendency of the cmos is. after discussing the structures and characters of many micro image processing systems, we pay attention to the software of the system. research on the programming structures and programming methods are the key contents of the paper, including how to capture video based on vfw how to play video based on mci and how to process images based on dib

    本論文針對基於cmos圖像傳感器的顯微圖像系統，詳細論述了cmos圖像傳感器的原理、構造及當前的發展狀況，闡述了各種顯微圖像處理系統的構成和特點，並著重針對基於cmos圖像傳感器的顯微圖像系統的軟體處理問題研究了程序結構和編程方法，就如何使用基於vfw的視頻捕捉，基於mci的視頻播放，基於dib的圖像操作等給出了應用結果。
  7. For robotic nanomanipulation based on an atomic force microscope ( afm ), the working principle of interactive nano forces among the probe, substrate and particle is preliminarily analyzed

    摘要針對基於原子力顯微鏡（ afm ）的機器人化納米操作，對探針作用下探針基片微粒之間納觀力的作用規律進行了初步分析。
  8. Fabrication of nanostructures based on spm as an extension to spm imaging, referred to as scanning probe nanofabrication ( spn ) is an emerging technique undertaken at labs in the past ten years that comprises manipulation of atom or molecule in a bottom - up paradigm and scanning probe lithography ( spl ) in a top - down paradigm. in chapter one, in the light of decentralized experimental data in this respect, the author, classify in an analytic approach the literature concerned as electrical spl, mechanical spl, thermal spl, and optical spl in terms of different mechanisms of interplay between a probe and a surface of a sample, after describing the most important of this type of microscopy, i. e., scanning tunneling microscopy and atomic force microscopy

    由於這項技術的實驗數據比較分散，因此，作者在論文的第一章里首先介紹了掃描探針顯微鏡的兩個最重要的類型，即掃描隧道顯微鏡和掃描原子力顯微鏡的工作原理；然後根據加工方式的不同把它分為自下而上的掃描探針原子（分子）操縱與自上而下的掃描探針刻蝕兩大類；而根據掃描探針與樣品的不同作用機理，對掃描探針刻蝕加工又進行了歸納與綜述，對其特殊的加工方法作了原理性的介紹，並分析了目前存在的共性問題與應用前景。
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