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Home > english-chinese > "近场光学显微镜" in Chinese

Chinese translation for "近场光学显微镜"

near field optical microscope

Related Translations:
相差显微镜:  contrast phase microscopephase contrast microscopephase-contrast microscopephasemicroscope
显微镜幻灯:  megascope
显微镜的:  microscopical
显微镜摄影机:  photomicrographic camera
辅助显微镜:  auxilary microscope
可见光显微镜:  visible light microscope
机床显微镜:  machine-tool miroscope
照相显微镜:  camera microscopephotomicroscope
倒置显微镜:  invert microscopeinverted microscope
光纤显微镜:  fiber optic fiberscopes
Example Sentences:
1.The imaging realization of non - probe near - field optical microscope
非探针近场光学显微镜的成像实现
2.And then , the application of snom in biological membrane was reviewed , meanwhile its application prospect in biological membrane was also discussed
并在此基础上着重介绍近场光学显微镜在生物膜方面的应用。
3.Studies on the methods for fiber tip fabrication and tip - sample distance controlling , which are vital for high quality snom imaging , were the research focus of the first part of the theses
近场光学显微镜而言,光纤探针制备与探针-样品间距控制是保证成像质量的两个关键因素。
4.In modern imaging and measurement field , neither the near field optical microscope nor the conventional far field optical microscope is able to meet the technical need of large scale and high spatial resolution
近场光学显微镜和传统的远场光学显微镜都已无法满足现代成像检测对大范围、高空间分辨能力的技术要求。
5.In this article , we discussed advantages of scanning near - field optical microscope ( snom ) over conventional optical microscope , atomic force microscope ( afm ) , and scanning tunneling microscope ( stm )
摘要本文首先介绍近场光学显微镜的基本原理,然后介绍近场光学显微镜与传统光学显微镜、原子力显微镜、扫描隧道显微镜相比,在生物膜研究方面的优势。
6.A snom with a scanning area as large as 80mm x 80mm was constructed for measurement of waveguides with large dimension . the varying of light intensity above an optical waveguide with the tip - sample distance has been measured using the snom
为了检测大尺寸光波导,搭建了一套大范围近场光学显微镜,其检测范围可达到80mm 80mm ,并测量得到了光波导表面的光强随探针样品间距变化曲线。
7.With the rapid development of near - field optical microscopy in recent years , considerable advancement has been achieved theoretically and experimentally in the studies of near - field optics . this dissertation is concentrated on theoretical , experimental and simulational studies on the characterizations of random surface by speckle methods and the properties of speckles in near - field
近年来,随着近场光学显微镜的快速发展,对近场光学的研究无论在理论上还是在实验上都获得了相当大的进展,但对近场散斑特性的研究还处于探索阶段。
8.Scanning near - field optical microscope ( snom ) , as a kind of new important optical apparatus that is used to observe appearance or investigate immanent essence of sub - wavelength objects , has been played a crucial role in the wide range of physics , chemistry , biology , medical science , geology , it estate in last years . one of difficulties of conventional snoms is the relatively low power of out signal
近场光学显微镜( snom )作为一种用于观察和研究亚波长物体的外观形貌和内在性质新的重要光学仪器,于近几年来,在纳米和介观尺度上,为物理、化学、生物、医学、地质和信息产业等的研究和生产提供了许多新的知识,也极大地推动了近场光学的发展。
Similar Words:
"近场方向图" Chinese translation, "近场分析器" Chinese translation, "近场干扰带" Chinese translation, "近场干涉图形" Chinese translation, "近场光学" Chinese translation, "近场核查" Chinese translation, "近场后向散射" Chinese translation, "近场环状输出图" Chinese translation, "近场记录" Chinese translation, "近场距离" Chinese translation