如果包装的气泡破裂不要使用。
当你尽可能的伸展关节时，这些气泡破裂，发出“砰”的响声。
Now when you stretch the joint far enough, these bubbles burst, producing the 'pop' sound.
岩浆气泡破裂飞溅起来，喷撒到尼拉贡戈火山火湖上空60英尺高。
Rising gas bubbles explode, splattering lava up to 60 feet in the air over Nyiragongo's fiery lake.
大话总是潜伏着无处不在，污水中的气泡，恶臭的气泡破裂臭气满溢。
There’s always malarkey lurking, bubbles in the cesspool, fetid bubbles that pop and smell.
同时对液滴局部沸腾时气泡破裂前后液滴表面温度分布进行了研究。
The surface temperature of the droplet before and after the bubble burst under local boiling was also investigated.
然而，最新的研究显示，当液体或固体表面的气泡破裂时，它们并没有简单地消失殆尽。
What the new study shows, however, is that when bubbles break open on the surface of a liquid or solid, they don't simply disappear.
虽然这个猜想最早在100多年前就提出了，不过不久前曾有人认为指关节发出响声是因为气泡破裂。
Although this was first suggested more than 100 years ago, recent thinking has been that the crack is created when a bubble bursts.
其一“汁中棕眼隐若蟹爪”，是说釉面上因气泡破裂而产生的棕眼犹如螃蟹走过沙滩而留下的蟹爪印。
The first "juice brown eyes hidden if the crab claw," is that the result of bubble break-glazed brown eyes like a crab produced walked the beach, leaving behind a crab claw print.
用水、沙、化学药物撞击它们的“高压水砂破裂法”能释放出气泡，这个过程也称“水力压裂”。
By cannoning water, sand and chemicals at them, a process known as hydraulic fracturing, or “fracking”, the bubbles can be released.
有些气泡会膨胀并永远膨胀下去，而其他的则会破裂消失。
Some expand and go on forever, others collapse and disappear again.
观察指出破裂的发生不是由于气泡顶部的崩溃，而是由于其底部被向上曳入气泡。
Observations indicate that breakup occurs not by collapse of the bubble roof but by the bottom being drawn up into the bubble.
基于此，该文建立了数学物理模型，它考虑了气泡的破裂和聚合。
Based on it, this paper establishes a mathematical-physical model, in which breakage and coalescence can be considered.
文章说孩子们常常看见土里冒出气泡来，他们用石头砸气泡让它破裂。
In the article it said that kids used to see bubbles forming from the dirt and would throw rocks at it to try and pop it.
对以NFA作发泡剂的熔体发泡过程分析表明，发泡过程实际上是熔体中气泡的形核、生长、流变和破裂的动态平衡过程。
The foaming process of NFA was studied. The results show that the melt foaming process is actually a homeostasis process of bubble nucleation, growth, rheology and collapse.
对以NFA作发泡剂的熔体发泡过程分析表明，发泡过程实际上是熔体中气泡的形核、生长、流变和破裂的动态平衡过程。
The foaming process of NFA was studied. The results show that the melt foaming process is actually a homeostasis process of bubble nucleation, growth, rheology and collapse.
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