probe n. 1.【醫(yī)學】探針;探示器;取樣器;【物理學】試探電極。 2.【醫(yī)學】(對傷處等的)針探,探查;刺探;探索;試探;查究 (into); 〔美國〕調查;試樣。 3.【航空】(飛機)空中加油管。 4.【宇宙空間技術】探測器;探測飛船。 a lunar probe 月球探測器。 vt. 1.用探針[探測器]探查。 2.刺探;調查,探查,查究。 probe a matter to the bottom 徹底調查一件事。 vi. (用探針)探查;探索;查究,深查 (into)。 probe deeply into 深入調查。
The applications of scanning probe microscopy a review 掃描探針顯微術的應用綜述
Scanning probe microscopy based nanotechnology 基于掃描探針顯微鏡的納米技術
Scanning probe microscopy of combined snom sfm cantilever probe 結合的掃描探測顯微鏡
Scanning probe microscopy ( spm ) related surface science and nanotechnology 與掃描探針有關的表面科學和納米技術
Scanning probe microscopy fg 8ou 掃描探針顯微鏡
Scanning probe microscopy , spm 掃描探針顯微鏡
Scanning probe microscopy 掃描探針顯微鏡
Standard practice for measuring and reporting probe tip shape in scanning probe microscopy 掃描探測顯微鏡探頭測量和報告的標準實施規(guī)程
Scanning probe microscopy ( spm ) has evolved into a powerful tool for imaging with nanometer - scale resolution and analyzing a variety of surface in the past two decades , which is advantageous to be done in vacuum , in atmosphere , or in liquid 掃描探針顯微鏡( spm )是近二十年來發(fā)展起來的一個強有力的表面分析工具,具有納米級的分辨率、制樣簡單、可在不同的環(huán)境下(真空、大氣、液體)進行觀察等優(yōu)點。
The branches of nano - technology include nano - physics , nano - chemistry , nano - electronics , nano - material science , nano - biology , nano - mechanics and narto - measurements , etc . with the development of nano - technology , scanning probe microscopy ( spm ) , especially atomic force microscopy ( afm ) , has been the most widely demanded and applied tools for researchers to pursue more ambitious goals , and has actually become the indispensable instruments for nano - scientists and engineers 納米技術正在不斷滲透到現代科學技術的各個領域,形成了許許多多與納米技術相關的新興學科,如納米物理學、納米化學、納米電子學、納米材料學、納米生物學、納米機械學與納米量測學等。掃描隧道顯微鏡( stm )與原子力顯微鏡( afm )等是納米技術發(fā)展的重要基礎,也是納米科技工作者必不可少的研究工具,其中又以afm需求更大,應用領域更為廣泛。
百科解釋
Scanning probe microscopy (SPM) is a branch of microscopy that forms images of surfaces using a physical probe that scans the specimen. An image of the surface is obtained by mechanically moving the probe in a raster scan of the specimen, line by line, and recording the probe-surface interaction as a function of position.