1) shading coefficient
遮光系数<能>
2) shadowbands coefficient
遮光环订正系数
3) shading coefficient
遮阳系数
1.
The dynamic experimental method on the total thermal resistance and the shading coefficient of fenestration systems;
窗总热阻和遮阳系数的动态测试
2.
A method to calculate external and overall shading coefficient of southern window of traditional dwelling was put forward after analyzing the shadow area of window brought by eave,porch and other buildings.
5m时,外窗平均综合遮阳系数不大于0。
3.
Discusses the impact of skylight shading coefficient on energy consumption.
以能耗模拟软件eQUEST为工具,分析了采用天窗昼光照明对夏季峰值供冷负荷的影响,以及不同天窗开口面积下照明能耗、供冷能耗、供热能耗及建筑总能耗减少量的变化规律,探讨了天窗遮阳系数对能耗的影响,针对不同气候条件下的典型城市分析了天窗昼光照明的气候差异性。
4) coefficient of coverage
遮挡系数
1.
pressure in the tube, coefficient of coverage and other related techniques, were analyzed in detail.
就管道压强、遮挡系数及其关键技术等基本问题展开讨论。
5) shading coefficient
遮蔽系数
1.
For residential buildings in Chongqing,we have applied Doe-2 Dynamic Building Energy Consumption Simulation & Analysis Software developed by Lawrence Berkeley National Laboratory,University of California,to calculate the rule of influence to residential building energy consumption by shading coefficient of exterior windows with different directions and different window-w.
外窗遮蔽系数是影响住宅建筑能耗的重要因素之一。
2.
In this paper,the calculation principles and methods of the permeation model for horizontal louvers were firstly introduced,the shading coefficient was obtained and the simulated results were validated by comparing with other results of several kinds of shading design softwares.
本文首先介绍了水平外百叶体系透过模型的计算原理及方法,通过此方法得到了水平外百叶的遮蔽系数,并与国内外几个软件计算的结果进行了比较验证。
6) shading coefficient Sc
遮阳系数Sc
1.
The influence of heat transmission coefficient K and shading coefficient Sc of glass wall on cooling load of air-condition is discussed.
阐述了玻璃幕墙的传热系数K值与遮阳系数Sc的取值不同对空调冷负荷的影响;指出了不能单纯以K值来评估玻璃幕墙的热工性能的优劣,Sc值对热工性能影响更大,只有综合考虑K值和Sc值及环境因素,才能选择一个节能、环保的合适玻璃幕墙。
补充资料：质能转换系数
分子式：
CAS号：
性质：是对非荷电致电离粒子所定义的，以μ/ρ表示。μ/ρ= ，其中E是入 射粒子能量(包括剩余能量)，N是入射粒子数目，dEtr/EN是在密度为ρ的物质中经过距离为dx，入射粒子通过相互作用转换的荷电离子的动能部分；这里相互作用包括作为次级电子的荷电粒子。单位为m2/kg。
CAS号：
性质：是对非荷电致电离粒子所定义的，以μ/ρ表示。μ/ρ= ，其中E是入 射粒子能量(包括剩余能量)，N是入射粒子数目，dEtr/EN是在密度为ρ的物质中经过距离为dx，入射粒子通过相互作用转换的荷电离子的动能部分；这里相互作用包括作为次级电子的荷电粒子。单位为m2/kg。
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