1) moisture transfer
湿度运移
1.
Summary on numerical calculation of moisture transfer in concrete;
混凝土湿度运移数值计算综述
2) Storage humidity
贮运湿度
3) transport concentration
运移浓度
1.
The transport velocities of nitrate-N tended to change with the soil moisture diffusivity, presenting index curve, nitrate-N transport concentration decreased with increase of water content of soil, presenting exponential function curve; and the correlative factors of the transport .
硝态氮水平运移浓度随土壤含水量的增加而减少,并呈幂函数曲线变化,硝态氮水平运移浓度与含水量的相关系数达到极显著水平。
2.
Transport concentration of Nitrate-N reached maximum value at the surface of wet spearhead,which existing on the interface beween wet and dry soil.
硝态氮水平运移浓度与土壤含水量密切相关,随含水量的增加而减少,并呈幂函数曲线变化。
4) wetting front distance
湿润锋运移位置
1.
Based on horizontal infiltration data get at different temperatures in laboratory experiment, relationships between wetting front distance, cumulative infiltration volume and temperature were analyzed and a stimulating model was also developed.
通过室内实验 ,分析了不同温度条件下水平入渗的湿润锋运移位置及累积入渗量与温度的关系 ,认为湿润锋运移位置和累积入渗量均随温度升高而增大 ;在一定温度范围内 ,湿润锋运移位置和累积入渗量与温度成幂函数关系 ;并建立考虑温度影响的湿润锋运移模型和累积入渗量模型 ,经实测资料进行验证 ,结果良好。
5) migration velocity
偏移速度;运移速度
补充资料：凝结湿度表(见露点湿度表)
凝结湿度表(见露点湿度表)
川呀j一e sh，d日biao凝结湿度表见露点湿度表。
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