1) stationary bubble
不动气泡
2) bubble motion
气泡运动
1.
Numerical simulation of single bubble motion behavior in molten metal;
液态金属熔体中气泡运动特性数值模拟
2.
Numerical study of bubble motion in tundish with bottom gas blowing;
底吹中间包气泡运动过程的数模研究
3.
Research on the image measurement method for bubble motion in spillway tunnel
泄洪洞内气泡运动的图像测量方法研究
3) bubble movement
气泡运动
1.
Application of high speed video to study the bubble movement in water model of slab continuous casting mould;
高速摄像技术在研究板坯结晶器水模内气泡运动的应用
2.
Images of bubble movement in a water model of slab continuous casting mold were acquired by a high speed video camera and processed by image processing software.
使用高速摄像仪采集了板坯连铸结晶器水模内气泡运动的图像,对图像进行了数字处理。
4) moving bubble
运动气泡
1.
Measurement of the velocity of moving bubbles in polymer solution;
聚合物溶液中运动气泡速度检测
2.
ased on the turbulent properties of near gas-liquid interface, the mass transfer model was established of moving bubbles in the multicomponent liquid mixture.
以此为基础，推导了运动气泡在多组分液体中的传质模型，并进行了实验验证，结果表明，模型计算值与实验结果基本吻合。
3.
Under the unsteady flow,particles velocity distribution near the interface of a moving bubble was analyzed by use of theory boundary layer,and two-dimensional particle velocity measurement completed by use of digital-image correlation technique.
利用边界层理论和近似分析方法,从流体在界面上的边界层分离问题入手,推导了非定常流动情况下运动气泡近界面附近颗粒的速度分布,其与由数字相关图象处理技术进行的颗粒成像测速所得的实验测量结果比较吻合。
5) bubble oscillation
气泡振动
1.
The critical condition of non-linear bubble oscillation of foam plastic has been found by the way of computer simulating the bubble oscillation equation.
通过对气泡振动方程的计算机分析模拟 ,找出了发泡塑料非线性气泡振动发生的临界条件 ,阐明发泡塑料加工过程控制气泡振动的方法 ,为气泡振动的实验分析研究和发泡塑料成型加工提供实际指
2.
Base on the studying of plastics melt and gas of gas phase simultaneously controlling equation of bubble oscillation is achieved,and then discreted and mathematically simulated.
研究了塑料发泡过程的气泡振动行为 ,通过对塑料熔体和气相气体同时进行研究 ,列出了气泡振动的控制方程 ,并进行了离散化处理和数值模拟 ,获得气泡振动的规律 ,讨论了气相气体和塑料熔体的粘弹性对气泡振动的影响 ,为有效控制塑料发泡过程提供理论依
3.
The paper has researched the principle of bubble oscillation,analysed the reason of producing bubble oscillation,especially showed the main essential characteristic and influence factor of bubble oscillation by way of simplifying bubble expanding equation.
本文研究在气泡膨胀阶段,气泡振动的机理,分析振动产生的原因,特别通过对气泡膨胀方程的简化,揭示气泡振动的主要本质和影响因素,为研究气泡振动对气泡膨胀过程的影响,严格控制泡沫塑料成型加工提供理论依据。
6) bubble pulse
气泡脉动
1.
Whipping response analysis of slender stiffened cylindrical shell subjected to underwater explosion with bubble pulse;
水下爆炸气泡脉动作用下细长加筋圆柱壳的鞭状响应分析
2.
Numerical study of underwater explosion shock wave and bubble pulse
水下爆炸冲击波和气泡脉动的数值模拟研究
3.
Dytran was used to simulate the underwater explosion bubble pulses in different boundaries.
对无限水域中的水下爆炸气泡以及自由面边界、水平刚性面边界和垂直刚性面边界三种边界条件下的水下爆炸气泡进行了数值模拟,分析了水下爆炸气泡的半径、外形变化、气泡脉动压力、流场中的速度分布,结果发现边界的存在对气泡外形的影响较大,刚性边界面会使气泡脉动压力增大较多,而自由面边界对气泡脉动压力的影响较小。
补充资料：南美洲运动会和南十字运动会
1922年在巴西举行过1届南美洲运动会,参加者限于南美洲国家。1978年在玻利维亚举行过 1届南十字运动会，参加国有阿根廷、玻利维亚、巴西、智利、厄瓜多尔、巴拉圭、秘鲁和乌拉圭8国。
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