1) indoor lighting rate
室内采光率
1.
The method is to calculate the shadow s area of the sinking-wall region on a certain moment and the specific location of the sun on this moment,and then determine the sinking depth with the restrictions of indoor lighting rate.
为了减少下沉深度对室内采光性能的影响,在保证室内高效采光率的情况下提出了确定室内适宜下沉深度的方法,即用某时刻太阳的具体位置来计算此时刻下沉壁面在室内所产生的阴影区域面积,然后以室内采光率为约束条件来确定下沉深度。
2) indoor heating
室内采暖
1.
Preliminary results show that,this concrete can realize indoor heating,and it also has other advantages such as easy construction and low cost.
本文尝试了钢渣-碳纤维导电混凝土在建筑采暖工程中的应用,介绍了室内采暖导电混凝土的设计与施工方法,并对导电混凝土进行了交流温升试验。
2.
This paper presents the necessity of single consumer control of indoor heating and how to do it by means of technique and equipment.
提出了室内采暖单户控制形式的必要性 ,并对如何利用技术、设备手段完成该项工作及其市场效果做出了分
3.
As a new type heating fashion electrical floor radiate heating occupies the important position in the indoor heating.
地板辐射供暖作为一种新型舒适的供暖方式在室内采暖应用中占有重要的地位。
3) indoor seeding
室内采苗
5) indoor fiber optic cable
室内光缆
1.
Mechanical performance tests of indoor fiber optic cables;
室内光缆机械性能的检测
6) lighting efficiency
采光效率
1.
Then by analyzing the mean lighting efficiency η_s calculated by the model in the example of Baoding,optimal parameters of equations were obtained among four kinds of curve including circular arc,ellipse,hyperbola and parabola.
本研究根据日光温室空间光强渐减的特点,结合BEER-LAMBERT定律,建立日光温室采光性能的数学模型,通过温室平均采光效率SΗ等评价指标,分析了以保定地区为例的模型运算结果,明确了圆弧面、椭圆面、双曲线面、抛物线面4种采光屋面曲线方程的最佳参数。
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
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