因此，大多数液浮陀螺充以氟碳化合物。
For this reason, most floated gyros are filled with the fluorocarbons.
这些氢氟碳化合物的升温效应至少是二氧化碳的1000倍。
The warming effect of these HFCs is at least 1,000 times that of carbon dioxide.
氢氟碳化合物可能优于蔗糖制造，但它并没有更好地为健康。
HFCS may be better than sucrose for manufacturing, but it's not any better for health.
众所周知，氟碳化合物具有极低的表面张力，因此广泛用于拒水拒油整理。
It has been known that fluorocarbons have an extremely low surface free energy and they are widely applied for water and oil repellent finishing.
在坎昆的代表们只需让蒙特利尔议定书对管制氢氟碳化合物有进一步的权威性。
The delegates in cancun would need only to ask that the Montreal Protocol take on the further authority to regulate HFCs.
改性的树脂，即加入增型剂改善其操作性能的树脂，与氟碳化合物的浮液是不相容的。
The modified expoxies, ie, those with plasticizers added to improve workability, were found to be incompatible with the fluorocarbon flotation fluids.
改性的环氧树脂，即加入了可塑剂已改善操作性能的树脂，与氟碳化合物的浮液是不相容的。
The modified expoxy resins, i. e. those with plasticizers added to improve workability, were found to be incompatible with the fluorocarbon flotation fluids .
然而，科学已表明，氢氟碳化合物虽然大大减少了对臭氧层的威胁，但却是一种极强的温室气体。
However, science has revealed that, while HFCs have greatly reduced the threat to the ozone layer, they are an extremely potent greenhouse gas.
其中最短命的氢氟碳化合物，被发明取代氯氟烃，制冷剂可以稀释高层空气中的臭氧层，同时也是主要的升温剂。
The most troubling of the short-lived HFCs were invented to replace chlorofluorocarbons, refrigerants that were thinning the ozone layer in the upper atmosphere, and were also a major warming agent.
美国、墨西哥、加拿大与其他一连串国家，已表示支持根据《蒙特利尔协定书》来处理氢氟碳化合物的想法。
America, Mexico, Canada and a bunch of other countries have indicated that they support the idea of dealing with HFCs under the Montreal protocol.
几年前，各国广泛采用氢氟碳化合物来有效替代破坏臭氧层的产品，特别是在制冷和空调设备中采用的产品。
Years ago, HFCs were widely adopted as an effective alternative to products that were damaging the ozone layer, particularly those used in refrigeration and air conditioning.
采用自由落体法，制成犬重型颅脑损伤模型，静脉输注氟碳化合物乳剂oxygent并连续观测犬颅内压的变化。
In this Experiment, the free fall way was used to make a dog model with heavy craniocerebral injury passing by venoclysis OXYGENT. We could continuously observe the changes of intracranial pressure.
采用自由落体法，制成犬重型颅脑损伤模型，静脉输注氟碳化合物乳剂oxygent并连续观测犬颅内压的变化。
In this Experiment, the free fall way was used to make a dog model with heavy craniocerebral injury passing by venoclysis OXYGENT. We could continuously observe the changes of intracranial pressure.
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