光学的

As above mentioned, it could be improved the optics characterization of films efficiently by textured aluminium doped zinc oxide films by wet etching. Using solar cells as transparent electrode enables the light passed through solar cells and reduceds reflectance to permeate into absorb layer of solar cells and improve conversion efficiencies of solar cells.

由上述的光学性质变化中可得知，经由湿式蚀刻过程后的氧化锌掺铝薄膜确实能有效改善薄膜的光学特性，对於应用於太阳电池中当透明电极使用时，能使更多入射光通过元件表面而进入吸收层内，帮助提升太阳电池的转换效率。

Modern and practical astronomy was developed in the 18th century, and successively from the theoretical and practical solution to the Sino-satellite instrument measuring time, too Seoul Scott multi-satellite measurements such as latitude, as well as simultaneous determination of longitude and latitude Supreme Court means the emergence of theodolite, contour instrument, the satellite instrument, zenith instrument, photographic zenith tube, sextant and other useful astronomical instruments, the most commonly used is the optical theodolite .20 century, all-round practical field of astronomy 60 years after the emergence of new technologies, such as satellite Dhoop Le observation and satellite laser ranging, not only the accuracy of more than optical observations, but also greatly improved operating speed, and can provide direct point of geocentric coordinates of the ground.

现代实用天文学是18世纪发展起来的，先后从理论和实践上解决了中星仪测时、太尔各特测纬以及多星等高法同时测定经度和纬度的方法，出现了经纬仪、等高仪、中星仪、天顶仪、照相天顶筒、六分仪等实用天文学仪器，最常用的是光学全能经纬仪。20世纪60年代以后实用天文学领域出现了崭新的技术，如人造卫星多普勒观测和人卫激光测距，不但精度超过光学观测，而且作业速度大大提高，并能直接提供地面点的地心坐标。

Based on optical mark recognition, a objective topics image processing system based on OMR is discussed, its method and implementation is presented.

根据目前考试客观题部分的评阅长期以来一直采用光学标记识别 OMR技术的特点，结合计算机图像处理技术，给出了一个基于光学标记识别技术的考生客观题选项图像信息识别系统，阐述了该系统的设计思想和实现技术。

In chapter 7 the photoassociation process inside an optical lattice is investigated. A scheme of controling the atom-molecule transformation process by sweeping the Raman laser frequency is proposed. With this scheme, the atom-molecule superposition state and coherent molecular output can be obtained.

在第七章，我们会考察光学晶格上的光子离解过程，并提出利用激光扫频的方法对光学晶格上的原子一分子相互转换过程进行控制，以得到稳定的原子一分子叠加态并实现分子相干输出的方案。

The side-on poly EO polymer exhibits the highest decay temperature (160), half decay temperature (175癈) and order parameter (0.19), which indicates that this EO polymer is easily poled and possesses good thermal stability of the dipole moment after poling.

本章为非线性光学高分子材料提供了一个新的聚合物体系，在合成功能型聚二氮杂蔡酮醚酮电光高分子材料方面所做的努力，将为进一步研究和开发性能更为优良的该类非线性光学材料提供一些有益的借鉴。

The side-on poly EO polymer exhibits the highest decay temperature (160), half decay temperature (175癈) and order parameter (0.19), which indicates that this EO polymer is easily poled and possesses good thermal stability of the dipole moment after poling.

本章为非线性光学高分子材料提供了一个新的(来源：ABC论文6b网www.abclunwen.com)聚合物体系，在合成功能型聚二氮杂蔡酮醚酮电光高分子材料方面所做的努力，将为进一步研究和开发性能更为优良的该类非线性光学材料提供一些有益的借鉴。

We adopted the new decomposition approach of the DBHF G-matrix, which was recently proposed by Schiller and Muether and calculate the Dirac structure of the nucleon self-energy.

论文重点讨论了不同密度和不对称系数对不对称核物质中质子和中子的光学势的影响，分析表明，质子和中子的光学势随β值的变化规律相反。

Every important part of optical counter and its key technique are carefully analyzed in this paper. The Gauss property of light source is discussed in detail. A kind of self-adapting filter method and data acquisition plan is also proposed.

本文分析了光学颗粒计数器的主要工作环节和其中的一些关键技术，详细地讨论了光源的高斯属性，并提出了光学颗粒计数器中的自适应滤波方法和数据采集方案。

The principle of an optical microscope is quite simple; however, the resolving power of an optical microscope is limited by the wavelength of the light employed, being greater when the light source is of shorter wavelength.

光学显微镜的工作原理很简单。但是，光学显微镜的功能受光线波长的限制。当光源的波长较短时，其功能越好。

The principle of an optical microscope is quite simple; however, the resolving power of an optical microscope is limited by the wavelength of the light employed, being greater when the light source is shorter wavelength.

光学显微镜的成像原理极为简单；然而，一台光学显微镜的放大效力取决于实际利用的光线波长的限制，光源波长越短效力就会越大。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。