显微镜的

In order to improve the application of SPM lithography, SPM oxidation and its overlay lithography were studied.

为加强基于扫描探针显微镜的微细加工技术的应用，本文对扫描探针显微镜的阳极氧化加工及套刻对准进行研究。

The influences of the magnetic tip on domain images have been studied and themethods of avoiding the influences it have been introduced.

磁力显微镜及其检测方法部分主要探讨了磁力显微镜的成像原理，着重研究了针尖状态影响磁畴成像的因素，以及减弱或消除这些影响的方法。

By this control system and the software, we achieved the AFM image of CD-R substrate. The meliorative AFM control system and the software can be used to test the distribution of the magnetic domain on samples.

实验得到了CD盘基的图像，由于AD/DA卡的分辨率限制，改进的原子力显微镜系统的分辨率不高，但是对于基于AD/DA卡控制系统的原子力显微镜的实验是一个很好的尝试，为改进此针尖扫描式原子力显微镜使其能检测样品的磁畴打下了基础。

Methods (1) The device for study was determined by comparing the fluorescent images obtained by laser scanning confocal microscope and CCD fluorescent microscope respectively. The mercury-arc lamp of fluorescent microscope was studied to value its possibility to be used as the irradiation light source. Various image analyzing and processing methods were compared to determine which one was the best to be applied in this study.

(1)实验系统的建立：分别利用激光扫描共聚焦显微镜和CCD荧光显微镜采集ECV 304细胞的DCF荧光图像，并比较两者的成像质量，实验可操作性等技术指标；主要测量输出功率、功率稳定性以及光斑直径这三个指标，考察荧光显微镜的高压汞灯作为本研究中照射光源的可行性；比较并选择合适的荧光图像的分析与处理方法。

High-speed electronics than the wavelength of visible light wave length (wave-particle duality), while the microscope resolution by its restrictions on the use of wavelength, so the resolution of electron microscopy (about 0.1 nm) is much higher than the resolution of optical microscopy (about 200 nm).

高速的电子的波长比可见光的波长短，而显微镜的分辨率受其使用的波长的限制，因此电子显微镜的分辨率（约0.1纳米）远高于光学显微镜的分辨率（约200纳米）。

To overcome the disadvantages of existing omnipotence tool-microscopes, this paper has presented an ameliorative method based on image measurement technology.

针对原有万能工具显微镜的缺点，提出一种基于图像的万能工具显微镜改进方法。

Each advance in microscopic technique has provided scientists with new perspectives on the function of living organisms and the nature of matter itself. The invention of the visible light microscope late in the sixteenth century introduced a previously unknown realm of single celled plants and animals. In the twentieth century, electron microscopes have provided direct views of viruses and minuscule surface structures.

显微技术显微镜技术的每一个进步都给科学家提供了看待生物体的功能和其性质的新观察方式。16世纪晚期可视光显微镜的发明引入了一个以前一无所知的单细胞植物和动物的领域。20世纪电子显微镜提供了对病毒和极微物体的表面结构的直接观察。

The article simply intrduces the working principle of Scanning Electron Microscope,and dis-cusses the application of Scanning Electron Microscope with EDS in gemmology to the identify gems , synthetic gems and optimizing gems and so on.

本文简要介绍了扫描电子显微镜的工作原理，并结合能谱仪，探讨了扫描电子显微镜在宝石学中鉴定天然宝石与合成宝石及优化宝石等方面的应用。

Results The according perception of Normocytic, Microcytic and Non-classified RBC between phase contrast microscope and UF-100 urine sediment analytic instrument RBC-info are 91.4%, 94.4%, 83.3% respectively, the according perception between phase contrast microscope and RBC-P70Fsc are 94.9%, 95.7%, 94.7% respectively, and the according perception between phase contrast microscope and RBC Fsc-DW are 84.4%, 86.8%, 90.5% respectively, the specificity of UF-100 and phase contrast microscope in glomerular hematuria and non-glomerular hematuria are 84.3%, 88.1% and 83.3%, 87.9% respectively.

结果 观察相差显微镜与流式细胞分析仪RBC-info尿红细胞均一型、变异型、混合型形态符合率分别为91.4%、94.4%、83.3%，与RBC-70Fsc符合率分别是94.9%、95.7%、94.7%，与RBC-Fsc-DW符合率分别是84.4%、86.8%、90.5%，流式细胞分析仪与相差显微镜的特异性在肾小球性血尿和非肾小球性血尿分别是84.3%、88.1%和83.3%、87.9%。

This structure can serve as a field emission device or a probe of scanning probe microscope.

该结构的材料可以用作扫描电子显微镜探针和场发射电子显微镜的针尖。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。