1.
The Experimental Research of the Capillarity Water Rising Height of Changjiang Delta Fine Sand
长江口细砂毛细水上升高度试验研究
2.
Detrimental Capillary Ascension Height in Road Embankment Constructed on Saline Ground
盐渍土地区路基工程中的有害毛管水上升高度
3.
mercury contained in a bulb at the bottom of a graduated sealed capillary tube expands with a rise in temperature causing a thin thread of mercury to rise in the tube.
在密封的毛细管内的底部有装有水银的球状物，向上通有小管随着温度的上升水银会上升。
4.
When pulmonary capillary pressure is markedly elevated, pulmonary edema ensues.
当肺毛细血管压力明显升高时，就出现肺水肿。
5.
Using capillarity instantaneous blows out the water, the concentrationand the dehydrated efficiency are high, largely promotes the handling ability.
利用毛细现象瞬间将水吸除，浓缩及脱水效率高，大幅提升处理能力。
6.
Increased temperatures will also cause the polar ice-caps to melt, raising sea levels, and flooding coastal areas.
温度升高还会引起极地冰水融化，海平面上升，沿海地区洪水成灾。
7.
capillary rise method
毛细管上升法（测表面张力）
8.
When the water rose to the level of the front door, the storm began to lessen.
当水的高度上升到前门时，暴雨开始减弱。
9.
The temperature of the blast furnace raced up.
高炉的温度急剧上升。
10.
HUANGHUA tower， CSN3375，450 meters Climbing， request higher level.
黄花塔台，CSN3375，高度450米上升，请求继续上升高度。
11.
HUANGHUA tower， CBF6283，450 meters Climbing， request higher level.
黄花塔台，CBF6283，高度450米上升，请求继续上升高度。
12.
HUANGHUA tower， CXA8417，450 meters Climbing， request higher level.
黄花塔台，CXA8417，高度450米上升，请求继续上升高度。
13.
HUANGHUA tower， CES5410，450 meters Climbing， request higher level.
黄花塔台，CES5410，高度450米上升，请求继续上升高度。
14.
HUANGHUA tower， CHH128，450 meters Climbing， request higher level.
黄花塔台，CHH128，高度450米上升，请求继续上升高度。
15.
HUANGHUA tower， CAG5980，450 meters Climbing， request higher level.
黄花塔台，CAG5980，高度450米上升，请求继续上升高度。
16.
HUANGHUA tower， CNW2812，450 meters Climbing， request higher level.
黄花塔台，CNW2812，高度450米上升，请求继续上升高度。
17.
Effects of atmospheric CO_2 enrichment on the population sizes of aquatic microbial and coliform group in paddy field ecosystem
大气CO_2浓度升高对稻田水体细菌及大肠菌群数量的影响
18.
Glacial outburst floods, known as Jokuiblaups, occur when the water rises to about nine-tenths of the height of the dam.
当水面上升到堤堰高度的十分之九时，出现了冰川洪水，称为Jokulhlaups。