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1·The width of the gas bubble also influences part strength.

气泡的宽度对零件的强度也有一定影响。

2·It can be neglected that rise velocity of gas bubble is very small in melt.

气泡在熔体中的上升速度很小，可以忽略。

3·The gas bubble evolution introduces the periodic fluctuation of potential or current.

由于阳极气泡的析出，引起电极电位或电流的波动。

4·The volume of the sound _ (7) _ the exit speed of the gas and content of the gas bubble.

放屁的音量取决于气体排出的速度和气泡的成分。

5·In the previous gas bubble row measures taken already cannot make home games to yield jade reservoirs.

以往针对气井采取同一泡排措施已不能使廖家场气藏达到稳产。

6·The anodic overvoltage and producing gas bubble law on the anodic surface were studied by electrochemical methods.

用电化学方法研究了铝电解质熔液中石墨电极上的阳极过电压和阳极表面析出气泡的规律。

7·Another popular pulse suppression arrangement involves a gas bubble trap as described in the final sentences of para 12.

另一种常见的脉冲抑制装置包括一个气泡疏水器，如第12段最后几句所描述的。

8·Based on the gas re-solution and releasing physical procedure, the models of gas bubble and cavitation volumes are developed.

同时基于液体中气体的溶解和析出物理过程，提出了气泡和气穴体积计算数学模型。

9·In the dissertation, VOF numerical method was used to study the gas bubble and gas slug break-up process in vertical entrance microchannel.

本文利用VOF数值方法，研究了垂直入口型微通道内气泡、气塞的生成过程。

10·The pressure drop calculation method obtained from above results can be used to accurately determine the pressure loss of two-phase gas bubble flow.

由以上结果得出的压降计算方法能比较准确地确定气液两相气泡流的压力损失。

气泡

1·Another popular pulse suppression arrangement involves a gas bubble trap as described in the final sentences of para 12.

另一种常见的脉冲抑制装置包括一个气泡疏水器，如第12段最后几句所描述的。

2·The gas bubble evolution introduces the periodic fluctuation of potential or current.

由于阳极气泡的析出，引起电极电位或电流的波动。

3·The pressure drop calculation method obtained from above results can be used to accurately determine the pressure loss of two-phase gas bubble flow.

由以上结果得出的压降计算方法能比较准确地确定气液两相气泡流的压力损失。

4·Dam sluice is one of the main factors that can result in Dissolved gas Supersaturation which can cause gas bubble disease and bring threat to aquatic organisms.

高坝泄洪是导致水中气体过饱和的主要因素，不仅能致鱼类气泡病，而且会给水生生物带来严重的危害。

5·The main structures in floating products are carbon nano-onions and irregular polygon particles, and they grew from isotropic carbon particles near gas bubble wall.

而水面漂浮物中的主要结构是碳纳米洋葱和不规则的多面体纳米颗粒，由各向同性的碳粒子在气泡壁附近形核并生长而成。