1.
There is typical power function relation between interception and rainfall.
林冠截留量与林外降雨量呈幂函数关系.
2.
The canopy interception and the inner precipitation have a significant linear correlation with the precipitation density.
林冠截留量、内雨量均与降雨量和降雨强度呈显著的线性相关。
3.
The relationship between precipitation and the canopy interception is a power regression.
林冠截留量与降雨量之间具有极显著的幂函数关系。
4.
Characteristics of canopy interception and throughfall of Picea schrenkiana var.tianschanica(Rupr.)Chen et Fu
不同郁闭度天山云杉林林冠截留量及穿透雨量特征研究
5.
Heavy vegetation may intercept a large amount of precipitation on its leaves.
浓密的植被的叶子中能截留大量的降水。
6.
The Influence of Liquidambar formosana Plantation Crown-interception Upon Its Input Volume of Precipitation Water
枫香人工林林冠截留对降水水量输入的影响
7.
initial-abstraction retention
(降水的) 初始截留
8.
Study on the Characteristics of Membrane Fouling and Kinetics of Ultrafiltration with Different MWCOS;
不同截留分子量超滤膜的污染特性及动力学特征
9.
storm overflow well, intercepting well
暴雨溢流井(截留井)
10.
This kind of polysul-fone membrane with Molleculer Cut Off150000 can be made by controlling polysulfone concentration and water content of casting solution.
选择适宜的聚砜浓度和水含量,可以制得截留分子量为15万的聚砜超滤膜。
11.
In addition, the cells would normally be moved throughout the day to intercept the most energy, requiring spacing between movable units.
此外,太阳能装置需全天可动以截获最大能量.可动部件之间需留空间。
12.
Since water is one of the smallest molecules found in foods, concentration is easily accomplished using membranes with appropriate molecular weight cutoffs.
因为水是食品中的最小的分子,所以使用截留分子量适当的膜就可以完成浓缩。
13.
Study on Intercepting Rate of Pollutants of Combined Intercepting Sewer during Rainfall
降雨时截流式合流管的污染物截留率的取值
14.
testing methods for determining bacterial retention of membrane filters
精细过滤网细菌截留性能试验方法
15.
No organization or individual shall intervene , embezzle and divert.
任何组织和个人不得干涉、截留、挪用。
16.
Investigation of the Magnesium Ion Retention Mechanism of γ-Al_2O_3 Mesoporous Membrane;
γ-Al_2O_3纳米孔膜截留镁离子机理的研究
17.
Study on Dynamic Process of the Canopy Interception of North Sub-tropic;
北亚热带次生竹林林冠截留过程研究
18.
Modeling Canopy Rainfall Interception of Dark Coniferous Ecosystem in Gongga Mountain;
贡嘎山暗针叶林林冠截留的Gash模型