These workes have included the design and fabrication of electric circuits, mechanics, softwares of controlling and image processing.
在此基础上，采用国产器材设计和研制了一台具有原子分辨率的STM，工作包括全部机械、电路、控制软件和图象图形处理软件的制作。
It is demonstrated that STM is a powerful tool to investigate the microstructure of the optical disc.
研究结果说明STM是研究光盘微观结构的有力工具。
The new design theory makes it possible that STM scans in wide scope and higher speed.
该设计理论的提出，使STM在大范围快速扫描领域内的应用成为可能。
It can be used to improve the quality of image of STM. It is not only very important to the change SPM from observing one to metrology one, but to recognize atoms accurately and speedily.
这种模式不仅可以使现在的观察型STM的性能得到提高，而更重要的是对SPM从观察型向计量型的转变在扫描模式方面提供了保障，对原子量级信息读取速度和精度的提高也具有重要意义。
By using TEM and STM, it is confirmed that surface of inner pore and pore diameter distribution were important for the activity of catalyst.
通过透射电子显微镜和隧道扫描显微镜对Ys载体进行结构表征，证实了其内孔表面的大小与孔径分布状态对催化剂活性的作用。
Atomic force microscope which is developed on the base of scanning tunneling microscope and overcame weakness of STM that it can't examine insulated material, is the most effective and important means of testing and processing in nanometer technology, is receiving increasing popularity in application with the rising of nanometer technology.
原子力显微镜是在扫描隧道显微镜的基础上发展起来的表面检测仪器，它克服了STM不能检测绝缘材料的缺点，是纳米科技中最为有效和重要的检测加工手段，它的发明和应用极大地促进了纳米科技的发展。
With the high vertical resolution of STM, It is observed that bainitic ferrit e have more corrosion resistance than martensite ferrite.
利用STM优良的表面垂直分辨能力，观察到贝氏体铁素体具有比马氏体铁素体更高的耐蚀性。
Atomic force microscope which is developed on the base of scanning tunneling microscope and overcame weakness of STM that it cant examine insulated material, is the most effective and important means of testing and processing in nanometer technology, is receiving increasing popularity in application with the rising of nanometer technology.
原子力显微镜是在扫描隧道显微镜的基础上发展起来的表面检测仪器，它克服了STM不能检测绝缘材料的缺点，是纳米科技中最为有效和重要的检测加工手段，它的发明和应用极大地促进了纳米科技的发展。
R-PE was isolated from marine red alga Polysiphonia urceolata, and STM was used to investigate its topo- graphy.
R-藻红蛋白从海洋红藻多管藻中分离获得，然后用扫描隧道显微镜对其结构进行了研究。
The principle of STM`s operation, the electronic tunnel effect phenomenon and the tunnel current were also introduced.
介绍了STM的工作原理，对电子隧道效应现象和隧道电流作了介绍。
Among these methods, STM can provide more detailed and accurate three dimensional parameters of the microstructure.
通过这些观察方法的比较发现扫描隧道显微镜可以提供更加详细、精确的三维参数。
STM THB writing can reach ultrahigh density and high reliability of data storage.
在TEA〓上得到了8nm的小孔径和23nm的孔间距离，实现了10〓bits／cm〓的存储密度。
Due to its'atomic resolution, STM can be used to induce the nanoscale physical or chemical change on the surface.
STM由于其原子级的空间分辨能力，可以诱导表面发生高度局域化的物理或化学变化。
This apparatus has a very good vibration isolating system, has an optimal control loop and can get high quality STM images.
该仪器的防震效果好，图象质量高，控制系统稳定，响应快，系统的工作频率在接近直流时，放大环节的增益足够大，在共振频率和剪切频率附近时有足够的衰减。
We can firmly conclucde that STM will make great contribution to the sutdy of structure and fuction of biological molecules in their native conditions at submolecular level.
上述研究表明，STM可以至少在分子水平上，对接近自然状态的生物分子进行研究，揭示其结构与功能的关系。
In most cases, the Faradaic current are far larger than tunneling current, and the STM can not work normally under this circumstance.
这样，在STM探针上就有可能有电化学反应发生，即会有法拉第电流流过探针，且总电流可能以法拉第电流为主。
This document describes stm32f10x encountered in the development of common problems and solutions, is useful information.
详细说明：该文档讲述了在开发stm32f10x时所遇到的常见问题及解决方法，是很有用的资料。
The STM results demonstrated that the concentration and structure of side chains not only affected the supramolecular order on the interface, but also the chain folding in the adsorbed layer.
STM观察的结果证明了侧链的结构、取代密度及其相互作用的强弱不仅会影响聚合物在表面的超分子结构，还对主链的折叠产生决定性的作用。
The general corrosion process of amorphous alloy has been detected again in microscale by STM in situ.
非晶合金基体在亚微观尺度下仍具有极高的均匀腐蚀程度。
To handle customer`s tracing request professionally on the base of rich business knowledge, and register the trace in STM correctly
以专业的举止，丰富的业务知识，解答客户快件的查询要求，并在STM系统中进行正确的登记