1) immersion cause
浸没成因
2) emerging factor
浸没因子
3) immersion
[英][ɪ'mɜ:ʃn] [美][ɪ'mɝʃən]
浸没
1.
Study on immersion area of the Liaofang hydranlic engineering project;
廖坊水利枢纽工程浸没范围研究
2.
Xixiayuan reservoir,a plain reservoir, will bring some immersion to the areas of the lower reaches of the dam, the dam with or without antiseepage measures will create different effects on immersion of lower reaches of the river.
西霞院水库作为平原型水库 ,水库蓄水后会造成坝下游部分地段浸没 ,并且大坝有无防渗措施对下游的浸没影响很大 。
4) submersion
[英][səb'mə:ʃən] [美][səb'mɝʃən]
浸没
1.
The second variation formula of vertical energy functional for a submersion between Riemannian manifolds is calculated with a simple and direct manner.
对于黎曼流形的浸没建立了垂直能量泛函的二阶变分公式,研究强垂直调和映射的稳定性。
5) immerse
[英][ɪ'mɜ:s] [美][ɪ'mɝs]
浸没
1.
As the water level in the reservoir of Chaozhou water supply project is generally higher than ground surfaces on both banks when the reservoir is filled up,the city and the farmland along the riversides may be immersed in groundwater.
潮州供水枢纽工程库水位普遍高于两岸,水库蓄水后,可能对两岸城区、农田造成浸没影响。
6) submergence
[英][səb'mə:dʒəns] [美][səb'mɝdʒəns]
浸没
1.
The important technical problem of submergence evaluation for the right bank of down stream of the subsidiary dam in Nierji irrigation works was solved.
在三维渗流电网络计算的基础上,进一步进行了粘土层内含水带的埋深计算,并重新选定毛管水上升高度值和浸没临界深度。
2.
Aiming at the irresolvable limitation of the infiltration recharge and evaporation from the upper boundaries of the submergence prediction, this paper has established a mathematical model for transient flow based on groundwater simulation software Visual Modflow, which takes account the conditions of recharge and evaporation for the analysis of effect of submergence on the nearby farmland.
针对浸没预测忽略上边界入渗补给和蒸发等问题的缺陷,利用VisualModflow地下水模拟软件,建立了非稳定流数学模型,设定合理的边界条件,重点探讨了入渗系数和蒸发系数的确定方法和步骤。
补充资料：浸没表面
分子式：
CAS号：
性质：流化床中放置在浓相区中的换热器的换热表面。流化床反应器、干燥器等工业装置，都有供热和散热问题。由于流化中颗粒的湍动，使气体与传热壁面间的放热系数比一般气体与壁面间的大得多。放在流化床中的换热器应放置在浓相区，才能保证有高的传热效率，放置在浓相区中的换热表面相当于浸没在浓相流化颗粒中，所以称为浸没表面。
CAS号：
性质：流化床中放置在浓相区中的换热器的换热表面。流化床反应器、干燥器等工业装置，都有供热和散热问题。由于流化中颗粒的湍动，使气体与传热壁面间的放热系数比一般气体与壁面间的大得多。放在流化床中的换热器应放置在浓相区，才能保证有高的传热效率，放置在浓相区中的换热表面相当于浸没在浓相流化颗粒中，所以称为浸没表面。
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