1) distribution of daylight factor
采光系数分布
2) distribution curve of daylight factor
采光系数分布曲线
3) extinction coefficient profile
消光系数分布
4) daylight factor
采光系数
1.
Contrasting the simulative data on different models,we can draw the diagram of the influence of daylight factor,uniformity and direction of daylight.
分析其对采光系数、均匀度、光线方向性等的影响变化趋势,探讨对天窗自然采光的主要影响因素。
2.
Based on simulative data,the diagram of the influence of daylight factor,uniformity and direction of daylight was carried out.
基于模拟数据,分析其对采光系数、均匀度、光线方向性等的影响变化趋势,结果表明:随着开窗数量增加,室内最高采光系数增加幅度加大,而室内最低采光系数增加幅度逐渐减小,均匀度在一定范围内增加明显,达到一定程度后提高有限。
3.
;During testing the daylight factor, traditional illuminance apparatus cannot get the daylight factor in the standard luminance of the overcast skies tested under different sky conditions.
目前在采光系数测定过程中,传统的测试方法不能在任何天空状况下确定标准全云天的室内测点采光系数。
5) lighting coefficient
采光系数
1.
The main parameters of the design include: lighting coefficient, 1:2.
其自然采光系数为 1:2 0 5 ,透光角为 31°2 3′ ,光线入射跨度为 1 0 0~ 4 5 8m ;入射角为 4 3°30′ ,71°2 7′。
2.
According to the optical characteristics of ETFE exterior-protected construction and the researched results from building lighting coefficients,the paper makes an analysis on the light environment for the main indoor areas of the center in combination with the illuminance data tested at the site.
本文根据ETFE气枕围护结构光学特性和建筑物采光系数的研究结果,结合现场实测照度数据,对室内主要区域光环境进行分析研究,并与参考建筑比照,说明国家游泳中心全ETFE气枕围护结构实现的照明节能效果。
6) distributed data acquisition system
分布式数据采集系统
1.
As the main base of the nuclear fusion in China, ASIPP has adapted VXI bus based data acquisition system as the main part of the distributed data acquisition system on HT-7 and HT-7U.
作为中国主要核聚变试验基地的中科院等离子物理所采用了VXI总线采集系统作为现有的HT -7托卡马克和建造中的国家‘九五’重大科学工程HT -7U托卡马克的分布式数据采集系统的重要组成部分。
补充资料:分布系数
分析化学中,一定型体的平衡浓度占分析浓度的比值。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。