亮度分布的英文

• brightness distribution
• intensity distribution
• luminance difstribution

• "亮度"英文翻译    luminance; light intensity; ...
• "分布"英文翻译    distribute; spread; scatter; ...
• "角亮度分布" 英文翻译 :    angular brightness distribution
• "亮度分布图" 英文翻译 :    intensity map
• "按角亮度分布" 英文翻译 :    angular brightness
• "亮度分布曲线" 英文翻译 :    brightness distribution curve
• "日轮亮度分布" 英文翻译 :    brightness distribution of solar disk
• "射电亮度分布" 英文翻译 :    raio brightness distribution
• "黑体光谱辐射亮度分布" 英文翻译 :    blackbody spectral radiance distribution
• "亮度分辨力" 英文翻译 :    luminance resolution
• "亮度分划" 英文翻译 :    brightness scale
• "亮度分解" 英文翻译 :    brightness resolution
• "亮度分离" 英文翻译 :    brightness separation
• "亮度分量" 英文翻译 :    luminance component
• "亮度分解(亮度监别)" 英文翻译 :    brightness resolution
• "高亮度分光计" 英文翻译 :    high luminosity spectrometer; high-order transverse mode pectrometer
• "按高度分布" 英文翻译 :    distribution in altitude
• "饱和度分布" 英文翻译 :    saturation distribution
• "长度分布" 英文翻译 :    distribution length; length distribution
• "尺度分布" 英文翻译 :    size distribution
• "陡度分布" 英文翻译 :    abrupt distribution
• "丰度分布量" 英文翻译 :    abundance
• "辐照度分布" 英文翻译 :    irradiance distribution
• "负温度分布" 英文翻译 :    negative temperature distribution
• "高度分布" 英文翻译 :    altitude distribution; intensity-height distribution

• Characteristics of electro - optical x - ray image intensifiers for medical electrical equipment - determination of the luminance distribution and luminance non - uniformity
  医用电气设备用电光x射线图像增强器特性.亮度分布和不一致性测定
• Medical electrical equipment - characteristics of electro - optical x - ray image intensifiers - part 3 : determination of the luminance distribution and luminance non - uniformity
  医用电气设备.光电x射线影像增强器特性.第3部分:亮度分布和非均匀性测定
• To array ccd , computing the interference pattern excursion based on image processing , fourier transform and interference pattern intensity distribution are discussed
  对于面阵ccd ，提出了基于图像处理、傅里叶变换以及条纹亮度分布计算条纹漂移量三种方法。
• An electron beam distribution automatic measurement system which captures image by ccd is designed to make the measurement faster , more precise and more efficient
  设计制造了基于ccd采集图像的基础上的电子束亮度分布自动测试系统，实现了快速高精度的测量。
• Condition of vision in which there is discomfort or a reduction in the ability to see significant objects , or both , due to an unsuitable distribution or range of luminance or to extreme contrasts in space or time
  由于亮度分布或范围的不合理分配或空间或时间上的强烈反差，而引起的不舒适视觉条件或观察能力的下降。
• To linear ccd , the posit ion of fringe is according to the intensity distribution of interference pattern , too . local fitting method is applied when position the fringe because of the high noise
  对于线阵ccd ，同样是根据条纹自身亮度分布的特点对条纹进行定位，由于噪声较大，在对条纹进行定位时，采取了对条纹数据局部拟合的方法。
• But those were not enough - cause there are many factors that affect daylight , we cannot grasped the rule of daylight change . so most countries in the world , made the outdoor horizontal illuminance of overcast sky as the daylighting standard
  为解决这些问题，各国的学者通过对本国光气候的长期观测得到了晴天天空、阴天天空和中间天空的天空亮度分布，并希望以此为依据，制定各个不同国家和地区的采光标准和天然采光的计算方法。
• This kind of standard wastes too much sunlight energy , so to change the situation , many people began to study the intermediate sky . now , they had drawn some conclusions . in our country , this kind of research did not go for a long time , and we lack of large amount of data
  摘要目前，由于对我国的光气候研究时间较短，且缺乏大量、准确的观测数据，无法得到准确而全面的晴天、阴天以及中间天空的天空亮度分布，因而仍以阴天时的室外水平照度作为天然采光的标准。
• The binarization , dilation and thinning of interference pattern are stressed . computing the excursion of interference pattern based on fourier transform is based on the fact that interference pattern has different phase at different position , the signal extraction of interference pattern and phase unwrapping algorithm are mainly discussed . computing the excursion of the interference pattern based on the interference pattern intensity distribution is to position the fringe according to the intensity distribution characteristic
  基于图像处理计算干涉条纹漂移量，目的是抽取干涉条纹的骨架，通过条纹骨架的定位实现对条纹的定位，重点讨论了条纹图像的二值化、膨胀和细化；基于傅里叶变换计算干涉条纹的漂移量，是基于条纹不同位置处的相位不同这一事实，重点讨论了干涉条纹信号的提取和干涉条纹相位去包裹算法；基于条纹亮度分布计算条纹漂移量，是根据条纹自身亮度分布的特点对条纹进行定位。
• Aberration of electronic lens made by electron gun and aberration of magnetic deflection system made by dy are comprehensively investigated , so is the shadow mask ' s effect on electron beam landing screen error . the conclusion can be get that , because the distribution of electron beam landing screen ( distribution of luminance ) is affected by many kinds of factors , it cannot get the correct function by calculation , and should be get by measurement instead
  全面分析了cpt电子枪发射系统形成的电子透镜像差与磁偏转系统形成的偏转像差；分析了荫罩的自身厚度与位移对电子束着屏的影响，并由此得出结论，着屏电子束分布(即亮度分布)受着许多因素的影响，理论分析是半定量的，着屏电子束分布需要用精确的测量仪器来测量。

• 亮度分布的日语：きどぶんぷ