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大轮廓
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  “大轮廓”译为未确定词的双语例句
     The knight-patrol-algorithm can hide the details of image, but it can not hide the details which has large contour.
     骑士巡游图像置乱算法能将图像中的细节隐藏起来,但对于图像中较大轮廓的细节隐藏效果不理想,隐藏后的细节还能通过轮廓辨认出来。
短句来源
     Then the surface roughness is characterized by a Form Talysurf series 2 device. The results indicate that the thickness of both aluminum film and copper film are less than 10 μm,the surface root mean square roughness less than 5 nm,the primary maximum peak to valley height less than 50 nm and the thickness uniformity more than 99%.
     采用Form Talysurf series 2型触针式轮廓仪进行测量,结果表明:铝薄膜、铜薄膜厚度可以达到小于10μm水平,表面均方根粗糙度小于5 nm,原始最大轮廓峰-谷高度小于50 nm,厚度一致性好于99%。
短句来源
     A General View of Developing the Northwest to the Next Century
     跨世纪:西北发展大轮廓
短句来源
     After analyzing the weakness of the linear interpolation approach aimed at the complex profile parts' high speed and high accuracy CNC machining, the NURBS curve interpolation algorithm and the feed rate controll self-adaptively approach are researched in the thesis, which can achieve high and smooth feed motion on the basis of meeting the need of Acc/Dec rule, contouring error limitation and maximal centripetal acceleration.
     对于复杂型面零件的高速、高精度数控加工,线性插补存在明显不足。 论文深入研究了NURBS曲线插补,并结合提出的CNC系统中进给速度的自适应控制方法,在满足加减速特性、最大轮廓误差、最大向心加速度约束的基础上,可获得尽量高而且平滑的进给速度。
短句来源
     Section one give a brief account of the establishment of Japanese financial institution and the characteristics of it.
     本章第一节对日本金融机构的设置和金融制度的两个突出特点——保护主义和主银行制进行了概述,勾勒了日本金融制度的大轮廓。 接下来,就按时间顺序对日本金融制度的演变进行描述。
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  相似匹配句对
     A General View of Developing the Northwest to the Next Century
     跨世纪:西北发展轮廓
短句来源
     OUTLIINE AND BEGINNING OF BLUEPRINT OF GREAT DEVELOPMENT IN THE WEST REGIONS
     西部开发蓝图的轮廓与起笔
短句来源
     Big Aristotle
     “”亚里士多德
短句来源
     Compton Profile
     康普顿轮廓
短句来源
     A Big Cheater
     骗子
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The largest nucleus profile image, under the 100×NA130 oil immersion objective, of primary spermatocytes and spherical spermatoblasts on the 11μm seminiferous tubule sections and the tissue images, under the 20× objective, on the 4μm sectioon are captured. Their volumes were measured and calculated respectively by the five methods provided by TIGER cell image analysis system. The nuclei volumes obtained by nucleator and area equivalent diameter on the largest nucleus profile image were almost the same, including...

The largest nucleus profile image, under the 100×NA130 oil immersion objective, of primary spermatocytes and spherical spermatoblasts on the 11μm seminiferous tubule sections and the tissue images, under the 20× objective, on the 4μm sectioon are captured. Their volumes were measured and calculated respectively by the five methods provided by TIGER cell image analysis system. The nuclei volumes obtained by nucleator and area equivalent diameter on the largest nucleus profile image were almost the same, including binary images by automatic and manual interactive nucleator and greyscale images only by the later. Because the nuclei form of the primary spermatocytes and spherical spermatoblasts is not complete sphericity, the nuclei volumes calculated respectivly by random Feret diameter, equivalent diameter of perimeter and minimal circumcircle on the largest nuclei profile binary image were obviously larger than those of nucleator and area equivalent diameter. Due to different sites of the nuclear section on the same slices, those nuclei volumes from the seminiferous tubule tissue images were strikingly less than that of the largest nuclei profile image. The shape factors of primary spermatocyte and spherical spermatoblast nuclei under 100× and 20× objectives were approximately the same. It is concluded that sample preparation, sampling methods and calculation formulas suitable to nuclei form are clearly necessary in order to obtain reproductible nuclei volumes.

使用TIGER细胞图像分析仪,在11μm厚切片上获取100×油镜聚焦的单个初级精母细胞核和精子细胞核最大轮廓图像和在4μm薄切片上获取20×物镜聚焦的曲细精管切面的组织图像,采用五种测量和计算细胞核体积的方法,比较它们对组织切片上细胞核体积测量结果的可靠性和影响。结果如下:(1)100×油镜获取的细胞核最大轮廓的等面积圆直径和核距计算的细胞核体积值基本一致(最大变异系数为42%),其二值图像的自动核距与手动核距测量计算的细胞核体积值亦无明显差异(最大变异系数为30%),其灰度图像和二值图像的手动核距测量计算的细胞核体积值的最大变异系数为50%;(2)由于初级精母细胞核和精子细胞核不是完全的球形,使100×油镜获取的细胞核最大轮廓的随机Feret直径、等周长圆直径、最小外截圆直径计算的细胞核体积值明显大于等面积圆直径和核距计算的体积值;(3)由于各个细胞核切面的位置不同,导致20×物镜获取初级精母细胞核和精子细胞核的体积值明显小于100×物镜获取的单个细胞核最大轮廓图像计算的体积值;(4)100×油镜和20×物镜获取的初级精母细胞核和精子细胞核的圆形度与长短...

使用TIGER细胞图像分析仪,在11μm厚切片上获取100×油镜聚焦的单个初级精母细胞核和精子细胞核最大轮廓图像和在4μm薄切片上获取20×物镜聚焦的曲细精管切面的组织图像,采用五种测量和计算细胞核体积的方法,比较它们对组织切片上细胞核体积测量结果的可靠性和影响。结果如下:(1)100×油镜获取的细胞核最大轮廓的等面积圆直径和核距计算的细胞核体积值基本一致(最大变异系数为42%),其二值图像的自动核距与手动核距测量计算的细胞核体积值亦无明显差异(最大变异系数为30%),其灰度图像和二值图像的手动核距测量计算的细胞核体积值的最大变异系数为50%;(2)由于初级精母细胞核和精子细胞核不是完全的球形,使100×油镜获取的细胞核最大轮廓的随机Feret直径、等周长圆直径、最小外截圆直径计算的细胞核体积值明显大于等面积圆直径和核距计算的体积值;(3)由于各个细胞核切面的位置不同,导致20×物镜获取初级精母细胞核和精子细胞核的体积值明显小于100×物镜获取的单个细胞核最大轮廓图像计算的体积值;(4)100×油镜和20×物镜获取的初级精母细胞核和精子细胞核的圆形度与长短轴比间没有明显的差别。因此,采用与细胞形态相适?

This article briefly introduces one kind of stroke spread technology of line-cut machine tools,from both theory and practice.The contour of workpiece which is larger than the stroke of machine toolsjn single direction or double direction span,can be processed by two or more processes.Between the two processes.the coordinate exchange technology is used to change the fix positions of workpiece.This article also introduces two important components that realized this technology:the particular structure of oriented...

This article briefly introduces one kind of stroke spread technology of line-cut machine tools,from both theory and practice.The contour of workpiece which is larger than the stroke of machine toolsjn single direction or double direction span,can be processed by two or more processes.Between the two processes.the coordinate exchange technology is used to change the fix positions of workpiece.This article also introduces two important components that realized this technology:the particular structure of oriented support and length standard pieces.In practice,coordinate exchange technology is important for carrying out the stoke spread technology,the oriented support and length standard pieces is the hinge lind for realized coordinate exchange in the practicl machines.

从理论和实际两方面简要介绍了一种线切割机床的行程扩展技术.该技术的实质是将单向或双向跨度超过线切割机床行程的较大轮廓分成两个或多个加工阶段来进行加工、而在各个阶段之间.利用坐标变换技术改变工件的安装位置.实了际上,坐标变换技术是实现行程扩展的关键,而导向支架和长度标准块则是在具体机床上实现坐标变换的关键一环.文中同时介绍了实现这种技术的两个关键部件:导向支架和长度标准块的具体结构.

This chapter from the author's Master's degree paper attempts to make a preliminary inquiry into the problem of historical period division of Tibet's architectural and decoration development. A general view of Tibetan architecture and decoration is presented here.The thesis divides the developmental process of Tibetan architecture into four main periods:1) Pre-Tubo Dynasty Period (before the 7th century)2) The Tubo Dynasty (7th century to mid-9th century)3) The beginning of the Revival Period to the rise of...

This chapter from the author's Master's degree paper attempts to make a preliminary inquiry into the problem of historical period division of Tibet's architectural and decoration development. A general view of Tibetan architecture and decoration is presented here.The thesis divides the developmental process of Tibetan architecture into four main periods:1) Pre-Tubo Dynasty Period (before the 7th century)2) The Tubo Dynasty (7th century to mid-9th century)3) The beginning of the Revival Period to the rise of Dgelugspa (late 10th century to 15th century)4) The Dgeluspa Period (post-15th century)

作者根据西藏社会及政治的发展状况对西藏建筑及装饰发展的历史分期,分为四个时期:1.吐蕃王朝以前(7世纪以前);2.吐蕃王朝时期(7~9世纪中叶);3.从“后弘期”开始到格鲁派兴起之前(10世纪末至15世纪);4.黄教格鲁派时期(15世纪以后)。并依此思路描述了西藏建筑及装饰发展的大轮廓

 
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