1.
Several methods of reducing air-bubbles and water-bubbles on the surface of concrete
减少混凝土表面气泡水泡的几种方法
2.
Discuss the characteristic and elimination methods of air voids on fair-faced concrete surface
论清水混凝土表面气泡的特征与防治
3.
The bubble diameter increases with air flow rate, air pressure, orifice diameter and the solution depth, and decreases with the orifices number and liquid viscosity.
在静态水模拟实验条件下获得了液体表面气泡直径预测模型。
4.
Method Analysis on Eliminating Air Voids on the Fair-faced Concrete Surface
利用蒙脱石基脱模剂消除清水混凝土表面气泡的途径分析
5.
A raised bubble, as on a painted or laminated surface.
浮泡如漆面或层压的表面的气泡
6.
Liquid drains from the upper surface of the bubble and it soon becomes unstable.
液体从气泡表面排出，气泡很快变得不稳定。
7.
Bubbles of gas rise through the dense phase, erupt at the surface.
从密相升起的气泡，在表面上爆裂。
8.
Effects of Surface Wettability on Bubbles in Nanochannels
纳米通道内表面浸润性对气泡的作用
9.
And make a shine surface on the parts to aviod air bubble between base& coat.
并产生光亮的表面，从而避免产生气泡的现象。
10.
Surface must be smooth , No copper stain 、 shrinkage、flow mark 、 bubble etc .
表面光洁、色泽均匀，无缩瘪、流痕、气泡等缺陷。
11.
Days are coloured bubbles that float upon the surface of fathomless night.
日是五彩缤纷的气泡，飘浮在无尽的夜的表面。
12.
Surface tension makes the pressure inside a bubble exceed the pressure of its surroundings.
表面张力使气泡内的压力超过其环境的压力。
13.
Modeling of ultrasound contrast agents bubble dynamics with modified surface tension coefficient
修正表面张力系数的包膜气泡动力学模型
14.
Observation on nanobubble formed at water/mica interface in ambient
开放体系下云母表面纳米气泡的制备与观察
15.
If bubbles of hydrogen gas adhere to the cathode surface, plating is prevented around the bubble and a pit in the coating results.
如果氢气泡粘附到阴极表面上，气泡周围的镀覆就会停止，于是形成一个麻点。
16.
There are air bubbles in the dough.
和好的软面中有气泡。
17.
The surface of nickel/plate should be smooth and neat without interlayer, crack, peeling, bubble and foreign substance.
带材/片材表面应光滑、清洁。不应有分层、裂纹、起皮、气泡和夹杂。
18.
The surface roughness of bath bottom, depth of tin liquid and temperature all affect the bubble forming considerably.
槽底表面粗糙度、锡液深度及温度对气泡形成有很大影响。