1) vertical transport coefficient
铅直输送系数
2) vertical transport coefficient
铅直输送系数 VTC
3) vertical transfer
铅直输送
4) water transport factor
水输送系数
1.
Controlling the water transport factor in a reasonable range can save electricity and avoid water system operating with large flow rate and small temperature difference.
将水输送系数控制在合理的范围可以节省电能 ,避免水系统大流量、小温差运行。
5) bulk transfer coefficient
总体输送系数
1.
On the basis of data observed over movable dune in Naiman from July 18 to August 12,2000,diurnal variation of the surface energy budget and the bulk transfer coefficients,the relation between the bulk transfer coefficients and the stability,the relation between the non-dimensional turbulent variances and the stability,were analy.
利用2000年7月18日~8月12日在内蒙古奈曼流动沙丘下垫面取得的大气边界层观测资料,分析了地表能量收支各项的日变化、总体输送系数日变化及其与稳定度的关系;比较了涡旋相关法、波文比-能量平衡法所得到的感热通量。
6) Turbulent transport coefficient
湍流输送系数
补充资料：铅直
1.与水平面垂直的。参见"铅垂线"。
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