共焦扫描显微术是利用点照明和点接收，并通过扫描以及计算机处理技术，以获得样品的三维图像的新技术。
Confocal scanning microscopy is a new technique which can obtain the 3-d images of samples by using scanning and computer processing.
鉴于此，建立内窥式共焦扫描显微术的成像理论和分析系统的光学参数对成像质量的影响将是本文在理论方面的主要工作。
Therefore in this paper, we will deduce the imaging equations of the new system and analyze the impact of optical parameters on imaging quality.
针对共焦测量中单点扫描速度慢、机构复杂、光能利用率低的问题，介绍了一种利用结构光和共焦显微术相结合来实现多光束测量的新方法。
Focusing on the problem such as slow scanning speed, complex system design and low light efficiency, a simple method to obtaining optical sectioning in multiple-beam confocal measurement was proposed.
提出了基于扫描离子电导显微术(SICM)的电化学微细加工方法。
The method of electrochemical micro-process based on scanning ion conductance microscopy (SICM) is developed.
这些结果将十分有益于大气环境下的软X射线接触显微术及软X射线扫描透射显微术的研究。
These should be very useful to the soft X ray contact microscopy in air and the soft X ray scanning transmission microscopy.
文章介绍了扫描隧道显微术中微分谱学的原理及其在实验中的诸多应用。
This review gives an introduction to the principle and applications of the differential spectroscopy technique in scanning tunnelling microscopy.
报道了利用扫描隧道显微术（STM）对金属表面氧化物层进行电子隧道谱研究的结果。
We have used STM to investigate the electron tunneling spectroscopy, as well as the tunneling barrier heights, in two kinds of iron oxides prepared differently on iron single crystal surfaces.
第四章我们用扫描电化学显微术“蘸笔法”构建了葡萄糖氧化酶微米点。
In chapter four, GOx micropatterns were fabricated by SECM "Dip-pen" technique.
用显微解剖术和扫描电镜方法观察第11～21期鸡胚鳃器官的形态结构．鸡胚鳃器官由4对鳃弓、鳃沟、鳃膜和咽囊组成。
The morphogenesis of the branchial apparatus was examined by scanning electron microscopy in chick embryos from stages 11 to 21.
用显微解剖术和扫描电镜方法观察第11～21期鸡胚鳃器官的形态结构．鸡胚鳃器官由4对鳃弓、鳃沟、鳃膜和咽囊组成。
The morphogenesis of the branchial apparatus was examined by scanning electron microscopy in chick embryos from stages 11 to 21.
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