1) luminosity rate
光度效率
2) spectral luminosity efficiency
光谱视亮度效率
3) fluorescence efficiency
荧光效率
1.
On the basis of the analyses of phytoplankton physiology and bio-optics,this paper proposes that the CFE(chloro- phyll fluorescence efficiency)algorithm is not a precision appreach to estimation of fluorescence quantum yield(FQY)by using moderate resolution imaging spectrometer(MODIS)data,and then presents the algorithm,a new MODIS algo- rithm for more accurate estimation of FQY.
通过2006年3月23日渤海和北黄海的 MODIS 数据计算了荧光量子产量,并与叶绿素荧光效率(CFE)产品进行了比较。
2.
This paper designs a system through single-photon counting for calibrating the fluorescence efficiency of the certain material.
荧光效率是X射线滤波荧光法测量实验中的重要参数。
3.
The roots of above-mentioned 50 species were treated with soil salt extractions,physiological indicators(fluorescence efficiency and water potential) were determined and 20 species with stronger salt-tolerance were selected,and the selected trees were planted along coastal roads in Yingkou Coastal Industrial Base,and the survive rates were investigated after 1~2 years.
在实验室条件下初步筛选耐盐碱苗木,利用带有新鲜叶片的植物枝条(共计88种)浸泡在不同盐浓度提取液中,处理3d后,测定相关生理指标(超氧化物歧化酶、丙二醛),初步筛选出50种耐盐性较强的品种,对上述50种品种用土壤提取盐溶液进行树体根处理,测定相关生理指标(荧光效率、水势);并在营口沿海产业基地滨海大道,对筛选出的部分耐盐品种进行绿化,1～2a后分别检测其成活率。
4) luminous efficiency
发光效率
1.
This paper also calculates the luminous flex and luminous efficiency of high pressure sodium lamp, which is commended by standard of road lighting as primary lighting source, based on the spectral luminous effi.
本文还采用最新发现的人眼中第3种感光细胞的光谱光效率和光效能最大值,计算了在道路照明设计标准中主要的推荐的照明光源———高压钠灯的司辰视觉光通量和发光效率,计算结果表明,它与金属卤化物灯相比,高压钠灯的计算值仅是金属卤化物灯的1/3左右。
2.
Through measuring and analyzing of the electro-optical properties of the gas with various mixing ratio and gas pressure, the optimisation of discharge gas was (investigated), from which the following conclusions can be obtained that adding Kr to Ne-Xe discharge gas can significantly increase the luminance, luminous efficiency and can improve chromaticity of white-field .
实验结果表明,与NeXe8气体相比,NeXe8Kr0 5的发光亮度和发光效率分别提高了15%和21%。
3.
To overcome PDP’S shortage of low luminous efficiency, many important modifications are accomplished in panel structure, phosphors material, working gas, manufacturing process and drive circuit.
为克服等离子体显示板发光效率过低的不足,对面光源显示板的结构、材料、工艺和驱动电路诸方面进行多项改进,经改进后的等离子体面光源最小厚度不大于4mm,亮度>350cd/m2,色温为6500 K,发光效率>4Lm/W。
5) removal efficiency
抛光效率
1.
Compared the surface roughness and removal efficiency with the diversity magnetic field intensity,proceed magnetorheological finishing,combined magnetic field intensity is used to polish the material of K9 flat glass of roughness(Ra) 400 nm f.
比较了不同磁场强度下的磁流变抛光情况,以及表面粗糙度和抛光效率的差别,然后,通过采用不同磁场强度组合加工,使初始表面粗糙度(Ra)为400 nm的K9玻璃材料的平面,磁流变抛光30 min,表面粗糙度值达到了0。
6) extraction efficiency
出光效率
1.
Research of LED light extraction efficiency of photonic crystal with square and hexagonal lattice
基于正方和六角排列结构光子晶体对发光二极管出光效率的研究
2.
A new approach to enhance the extraction efficiency of LED
提高发光二极管出光效率的新方法
3.
The calculated result showed that the extraction efficiency of the photonic crystal LED could be enhanced greatly.
理论模拟表明该光子晶体结构GaN LED的出光效率有大幅度提高。
补充资料：光度
①光源所发的光的强度。通常以烛光为单位。②恒星的真实亮度，用整个恒星的表面每秒钟放出的能量来表示。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条