Its accuracy and optical resolution may be influenced by atmospheric absorption bands.
它的精密度和光学分辨力将受大气中吸收频带的影响。
During the optical resolution of1, 2-diphenyl ethylenediamine, fully stirring is very important.
在1,2 -二苯基乙二胺的拆分过程中，充分搅拌是获得良好拆分效果的关键。
The item consisting of four parts: 1. syntheses of chiral ligand polymer of optical resolution of D, L-amino acids;
共包括四个子课题：1。手性配体高聚物的合成及D、L-氨基酸的光学拆分；
Optical resolution is expressed as a ratio of the distance to the resolution spot divided by the diameter of the spot.
光分辨率是以距离到镭射点直径的比例关系来描述的。
Recent progresses of chemical synthesis and optical resolution of DL methionine and its derivatives were reviewed in this paper.
综述了蛋氨酸及其衍生物的化学合成及化学拆分近年来的研究进展。
It should be considered comprehensively with respect to the factors of optical resolution of scanner, color bits, brand and price.
选型时要根据扫描仪的光学分辨率、色位数、品牌、价格等因素综合考虑。
Then the diffraction spot size is decreased, and the optical resolution is increased, so the accuracy of the fine tracking system is improved.
由此减小接收衍射光斑的大小，提高系统的光学分辨能力，从而提高精跟踪系统的精确性。
Optical resolution of racemic menthol has been efficiently achieved by lipase catalyzed enantioselective esterification in an organic solvent.
利用脂肪酶在有机溶剂中催化对映选择性酯化反应对外消旋薄荷醇进行了有效的光学拆分。
Herein the synthesis and optical resolution of inherently chiral calixarenes and their applications in enantioselective recognition and asymmetric catalysis are reviewed.
本文综述了固有手性杯芳烃的合成、光学拆分及其在手性识别和不对称催化领域的应用。
The converters could apparently also be used for optical manipulation of atom-sized objects, inexpensive ultra-high resolution microscopic imaging, and possibly even table-top particle accelerators.
显然这些转换器也可以被用于对原子大小目标进行光学操作，进行价格低廉的超高分辨率显微成像，而且甚至可用于台式离子加速器。
OCT could be thought of as optical ultrasound.It USES near-infrared light to create high-resolution images.
光学相干断层扫描(oct)通常被认为是一种光学超声波，它利用近红外光形成高分辨率的图像。
OCT could be thought of as optical ultrasound. It USES near-infrared light to create high-resolution images.
光学相干断层扫描(oct)通常被认为是一种光学超声波，它利用近红外光形成高分辨率的图像。
Optical remote sensing relies on the use of panchromatic, multispectral and hyperspectral images with a high spectral resolution and spatial resolution to distinguish the observed scene.
光学遥感依赖于利用多光谱和超光谱图像具有较高的光谱分辨率和空间分辨率来对所观测场景进行辨别。
The optical storage properties of both materials were compared such as sensitive spectral range, sensitivity, spatial resolution, fatigue resistance and thermal stability.
比较了两类材料的感光光谱范围，感光灵敏度，空间分辨率，抗疲劳性，热稳定性等性能。
Playback resolution is much improved compared with optical detection and we are expecting that a much higher density than MO disks is feasible.
磁读出方式与磁光读出方式相比，读出分辨率有很大提高，具有实现远超磁光盘记录密度的前景。
With the continuous improvement of optical lithography limit resolution, the current lithography tool is facing with more and more serious challenge.
随着光学光刻极限分辨率的不断提高，当代光学光刻设备正面临着越来越严重的挑战。
Combination of optical interference technology with telescope technology is one of the ways to raise the resolution of a telescope.
望远镜技术和光干涉技术的结合是提高望远镜分辨率的方法之一。
These propagation rules of Gaussian beam limited by the aperture could promote the applications of Gaussian beam in the optical communication and the optical super resolution.
得到的孔径光阑限制下高斯光束的传输规律为高斯光束在自由空间光通信和光学超分辨中的应用提供了理论基础。
The M500 uses a high energy optical design and a sensitive DLATGS detector for excellent resolution over the full infrared range.
M500采用高能量的光学设计和敏感的DLATGS检测器，使红外线区域有优越的分辨率。
The unified frame based on sparse prior for optical and SAR (synthetic aperture radar) image resolution enhancement is studied.
研究了基于稀疏型先验的光学及SAR图像的分辨率增强的统一框架。
High energy, high resolution optical system put forward new demand for traditional analysis of surface profile.
高能量、高分辨力光学系统给传统的光学面形评价指标提出了新的要求。
This paper introduces the recent progress of optical lithography, including the concept of wavefront engineering. Some fundamental ways for optical super resolution are discussed.
对光学曝光技术的主要进展、波前工程概念和实现光学超分辨的基本途径等进行了论述。
Bandwidth of amplifier and relative aperture of optical system are optimized based on the requirement of temperature resolution.
基于系统温度分辨力的要求，对光学系统的相对孔径及选频放大器的带宽进行了优化设计。
There are many ways to judge an optical system's imaging quality, such as star test, resolution test, optical transfer function (MTF), and so on.
衡量光学系统成像质量的主要方法有星点法、分辨率法、光学传递函数法等。
Compared with optical image, the sonar image resolution is lower, and the sonar image generally has no very complicated graphics to process.
水下声学图像相对于光学图像而言，分辨率相对较低，并且通常不会有特别复杂的图形图案进行处理。
Optical aperture synthesis imaging technology is one of optical imaging technology methods for high observation resolution.
光学综合孔径成像技术是高分辨率光学成像技术方法之一，它实现并应用于天文观测研究。
Optical aperture synthesis imaging technology is one of optical imaging technology methods for high observation resolution.
光学综合孔径成像技术是高分辨率光学成像技术方法之一，它实现并应用于天文观测研究。
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