The size of bubbles on the trays are determined either by experiment or by analog calculation.
塔板气泡大小或者采用实验测定，或者采用模拟计算。
The analyzing results show that the requirements of reaching high efficiency degassing hydrogen are as follows:the size of bubbles should be in the order of micron;
分析结果表明，要实现高效节能除氢须满足以下几个条件：气泡的尺寸尽可能要小；
It is certainly hard to spot bubbles; but central Banks already grapple with other imponderables, such as the size of the output gap or the level of structural unemployment.
识别经济泡沫开始形成当然有难度，但央行已经有过处理其他不可预知事件的经验，像衡量产出缺口的大小或结构性失业率的水平。
The random structures formed by packed bubbles, as seen in figure 1, are largely independent of bubble size and chemical composition.
图1中所示的塞满了的气泡形成的随机性结构很大程度上与气泡大小和化学成分是不相关的。
Assuming the bubbles emanate from our Galaxy's center, the scale of the bubbles is huge, rivaling the entire Galaxy in size, and spanning about 50, 000 light years from top to bottom.
据推测这些气泡是从我们的银河系中心发出的，它们的尺寸极大，可以与整个银河系相比，从头到尾大约蔓延了5000光年。
You may notice that, in this case, the size of the bubbles produced are very tiny compared to a common electrolysis process.
您可能会注意到，在这种情况下，所生产的气泡的大小是非常小的一个共同相比，电解过程。
You may notice that, in this case, the size of the bubbles produced are very tiny compared to a common electrolysis process.
您可能会注意到，在这种情况下，所生产的气泡的大小是非常小的一个共同相比，电解过程。
Aware of this correspondence, Alfred Anderson of the University of Chicago and his colleagues studied the size of the bubbles under a microscope to estimate how long it took the magma to leak out.
了解到气泡与岩浆库的一致性，芝加哥大学的安德森和研究同仁，便利用显微镜来研究气泡的大小，以估计岩浆的渗出花了多少时间。
All the bubble have the same size, each set of contiguous bubbles forms a natural cluster or a core.
所有的泡泡大小相同，每组邻近的泡泡形成一个自然类或一个核心。
The size distribution of bubbles can be precisely and fast measured by a capillary photoelectric probe with a computer.
采用毛细管光电技术并配置微机，可快速、准确的测量气泡的尺寸分布。
The average size of the bubbles may be increased and their number decreased as a result of bubble collison, adherence, and coalescence.
作为泡碰撞、粘附和合并的结果，泡的平均大小可能增加而数目则可能减少。
The number and size of these bubbles increase with rise in gas velocity.
气泡数及其大小随气速的加大而增加。
Peter let his mind wander off into the fantastic size of it. The noughts trailed into space like bubbles.
彼得由着自己的心思飘进这个数字奇妙的长度里，那一串零像泡泡似的延伸到太空中。
The flow regime of two-phase flow is straightly and physically charaterized by the size of gas bubbles relating to pipe diameter and the distribution of gas bubbles.
两相流流型分类的直观物理几何意义在于气泡空间尺度（相对于流道水力学当量直径）及其分布。
Choice of different first and second dispersants and their relative amounts allows control of the size distribution of the foam bubbles in the slurry and the resulting voids in the gypsum core.
选择不同的第一分散剂和第二分散剂和其相对量使得能够控制所述浆液中所述泡沫气泡和所述石膏芯部中由此产生的孔隙的尺寸分布。
These jets are much more powerful than expected for a black hole of this size, blowing bubbles that expand faster than the speed of sound.
这些气流的能量远大于想象中这类大小的黑洞所放射的能量，以大于音速的速度吹气泡。
A mathematic model of foam fractionation was set up based on the following assumptions: adsorption equilibrium, same bubble size and regular dodecahedron model of real bubbles.
前言：假设吸附过程始终处于平衡态、气泡大小均一以及每一个气泡均为正十二面体，构建了泡沫分离过程的数学模型。
The maximum size of the bubbles was obtained through calculating the energy dissipation rate of liquid flow in the shroud.
通过计算套管中注流的能量分散强度，得出了套管中弥散微小气泡的最大尺寸，并采用伯努利方程分析了套管中注流的压力分布。
The final result is a polyphasic colloidal system, in which water molecules are bound to the dispersed gas bubbles, oil droplets and solid fragments, all of which are less than five microns in size.
最终的成品是由多相胶体所组成的液体，里头散布著大小不超过五微米的气泡、油滴及固态碎片，与水分子结合在一起。
Right alongside of Czerski's device was another bubble detector that looked for size-specific optical signatures of bubbles.
切尔斯基的设备旁另置有泡沫探测器，探测特定尺寸气泡的光学签章。
Through the verification of experiment, the tire bubble automatic detection algorithm is effective, it can find the location and size of tire bubbles, and it has accurate judgement.
经实验证明，本文提出的轮胎气泡的自动检测算法是有效的，它可以寻找出气泡的位置及大小，给出较为准确的判断。
To test for the ringing acoustic signatures of tiny bubbles, physicist Helen Czerski of University of Rhode Island has devised a specially-designed echo chamber about the size of a soccer ball.
为了测试微小气泡的声学特征，罗得岛大学物理学家海伦切尔斯基制定了一个足球大小的特别回音球。
To test for the ringing acoustic signatures of tiny bubbles, physicist Helen Czerski of University of Rhode Island has devised a specially-designed echo chamber about the size of a soccer ball.
为了测试微小气泡的声学特征，罗得岛大学物理学家海伦切尔斯基制定了一个足球大小的特别回音球。
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