immersion lens
英 [ɪˈmɜːʃn lenz]
美 [ɪˈmɜːrʒn lenz]
浸没透镜
双语例句
- Investigation on near-field optical data storage using solid immersion lens.
利用固体浸没透镜的近场光学存储研究。 - For near-field recording systems, Aperture and Solid Immersion Lens ( SIL) are two popular techniques to overcome light diffraction limit and reduce spot size.
在近场光学纪录系统中，微孔与固态浸没透镜（SIL）为常被用来克服光学绕射极以及限缩小光点的两项技术。 - The optical gain and aberration characteristics of immersion lens are analyzed hosed on FOV and optical gain of optical systems used in laser warning device.
从激光探测告警光学系统的视场和光学增益出发，分析了浸没透镜的光学增益和像差特性。 - Investigation on the Characteristics of Polarized Optical Field of Solid Immersion Lens
固体浸没透镜出射光场偏振特性研究 - Optimizing the optical field distribution of solid immersion lens microscopy systems using the three-zone amplitude-only and phase-only filters
用三区振幅和相位滤波器优化固体浸没透镜显微系统的光场分布 - The solid immersion lens technique has been rapidly developed since it is reported in1990.
固浸透镜技术自1990年提出以来，不断地发展趋于成熟。 - Focal depth in high-density optical storage system with a solid immersion lens
固体浸没透镜高密度光存储系统的焦深 - Study of the Technologies of High-density Optical Data Storage with Short-wavelength Laser Source and Solid Immersion Lens
短波长与固体浸没透镜高密度光存储技术研究 - The reflection effect of the spherical surface of a hemisphere solid immersion lens ( SIL) has been investigated using the vectorial diffraction theory for high numerical aperture systems.
应用高数值孔径系统的矢量衍射理论研究了半球形固体浸没透镜（SIL）球面表面的反射对SIL系统透射场的影响。 - Transmissivity of solid immersion lens for optical storage
光存储中固体浸没透镜的透射率计算 - Transmission Field Study of Optical Microscopy Systems with a Hemisphere Immersion Lens
半球形固体浸没透镜显微系统的透射光场研究 - Influence of dispersion in solid immersion lens systems
色散对半球型固体浸没透镜系统透射场的影响 - The Influence of the Thickness between the Sample and Solid Immersion Lens on the Resolution of Microscopy System
浸没膜厚度对固体浸没透镜系统分辨力的影响 - This paper focuses on four main types of axial-symmetrical electrostatic lens: film aperture lens, double-cylinder immersion lens, convex lens and immersion object lens.
本文具体分析了膜孔透镜，浸没双圆筒透镜（包括等径和不等径），单透镜和浸没物镜这四类最主要的静电透镜。 - Considering the reflection inside the solid immersion lens, and using vector diffraction theory, the influences of dispersion to the transmitted field characters of hemisphere SIL ( h-SIL) are analyzed.
在考虑了半球型固体浸没透镜（h-SIL）内部的反射，应用矢量衍射理论分析了色散对h-SIL的透射场特性的影响。 - The high-density optical data storage technologies based on short-wavelength laser source and solid immersion lens are studied with the aim to develop the key technologies of the two optical data storages system.
本课题主要围绕高密度光存储技术中的短波长光存储技术和固体浸没透镜超分辨存储技术展开研究，其目的在于掌握这两种高密度光存储系统中的关键技术。 - A microsize flying head was developed based on the micro fluid theory of hydrodynamics to improve the coupling efficiency between solid immersion lens ( SIL) and disk for near-field optical recording.
为提高固体浸没透镜（SIL）和盘面之间的近场耦合效率，设计并研制了一种基于流体力学微流动理论的近场光存储深亚微米微型飞行头。 - In the future the solid immersion lens technique will be excellent application prospect.
未来固浸透镜技术具有极好的应用前景。 - The applications of the solid immersion lens such as near-field optical data storage, semiconductor nanostructures, solid immersion microscope and so on have been summarized.
总结了该技术在近场光学存储、半导体纳米结构研究、固浸显微镜等领域内的应用。 - Self-collimation Method for Measuring the Geometric Parameters of Solid Immersion Lens
固体浸没透镜几何参数测量的自准直方法 - Methods The lymph node smears of 208 cases with lymphadenopathy were stained with AgNOR dyeing, the numbers of AgNOR granule counted and their shape and distribution observed under oil immersion lens.
方法应用胶银染色法，对208例淋巴结病变针吸细胞学涂片进行AgNOR染色，油镜下行AgNOR颗粒计数和形态、分布观察。 - Near field optical data storage using solid immersion lens is an effective ways to pursue super high storage density.
固体浸没透镜的近场光学存储是一种有效的超高密度光存储方法。 - The optical near-field distribution and propagation properties of solid immersion lens system are analyzed in detail when illuminated by linearly polarized focusing gauss beam.
着重研究了线偏振的高斯光束通过固体浸没透镜的光传输和近场光场分布特性； - Study of the High Density Optical Data Storage Using Solid Immersion Lens
应用固体浸没透镜的高密度光数据存储研究 - Applying solid immersion lens in fluorescence microscopy can not only improve the resolution of the system, but also improve the fluorescence collection efficiency.
固浸透镜不仅可以提高荧光显微镜的分辨力和放大倍数，而且可以提高它的荧光采集效率。 - The principle, classification and applications of fluorescence microscopy and solid immersion lens are introduced. The advantages and disadvantages of applying the solid immersion lens in the fluorescence microscopy are analyzed. 2.
本论文的主要内容包括：1.介绍了荧光显微镜和固浸透镜的原理、分类及应用，分析了固浸透镜在荧光显微镜中应用的优缺点，并进一步提出了本论文的研究意义及主要工作。 - The influence of applying three kinds of solid immersion lens in fluorescence microscopy on the resolution, fluorescence collection efficiency and magnification are analyzed. 3.
从理论上分析了三种固浸透镜在荧光显微镜中应用对分辨力、荧光采集效率及放大倍数的影响。 - At last, aspherical solid immersion lens is fabricated and beam steering experiment using fabricated lens array is accomplished and have good results.
最后还进行了基于电场操控液滴面形的非球面SIL的制作和利用制作的透镜阵列进行光束扫描的实验，效果良好。 - The surface roughness of solid immersion lens and their application to fluorescence microscopy are evaluated.
评价了固浸透镜的表面粗糙度，以及它们应用到荧光显微镜中的效果。 - Hemisphere and super hemisphere solid immersion lens for fluorescence microscopy are designed and manufactured. Then the methods of its fabrication process are discussed. 4.
设计了适合荧光显微镜的半球型和超半球型固浸透镜，并论述了其加工方法。