Do not attempt purification of NF3 via adsorption.
禁止试图通过吸附来净化nf3。
In some delivery systems, NF3 may be subjected to adiabatic compression.
在一些传输系统里，NF 3可能受到绝热压缩。
Vomiting has also been observed in dogs and monkeys that have inhaled NF3.
在已经吸入了NF 3的狗和猴子身上还观察到了呕吐。
NF3-specific detectors are highly recommended since NF3 has no detectable odor.
由于NF3没有可探测到的气味，强烈推荐使用NF3专用探测器。
Although NF3 is not water soluble, many of the toxic by-products such as HF are water soluble.
尽管NF 3不溶于水，许多的有毒副产品，如HF是可溶于水的。
Nitrogen trifluoride (NF3) is a toxic, colorless, odorless, nonflammable, oxidizing compressed gas.
三氟化氮(NF 3)是有毒、无色、无嗅、不可燃的氧化性压缩气体。
The environmental hazards of an NF3 leak at sea, or in coastal waters during shipment, are minimal.
在运输过程中，在海洋或海岸的NF3泄露的环境危害是最小的。
NF3 is a colorless gas. Trace quantities of impurities can impart a musty or pungent odor to the gas.
NF 3是无色气体。痕量的杂质会使气体带有一种霉味或刺激性气味。
NF3 cylinders must be securely supported while in use to prevent movement and straining of connections.
在使用时，必须固定支撑NF 3钢瓶，以防止移动和接头的变形。
Any large release of NF3 would dissipate before significant concentrations of gas could build up in water.
在有意义的气体浓度在水中能够积累起来之前，任何大量释放的NF3都已经弥散了。
NF3 should be delivered from a system within an exhausted enclosure with proper and continuous ventilation.
应该从带有适当和连续的通风的耗尽室内的系统传输nf3。
"For every megawatt of solar panel capacity, you'll need a ton of NF3 for cleaning the equipment," Pilgrim says.
“太阳能板容量每增加一兆瓦，就需要一吨的三氟化氮来清洗设备。”皮尔格林说。
NF3 is also used as a fluorine source in high energy chemical lasers, owing to its ease of use relative to fluorine gas.
由于它相对于氟气更容易使用，NF 3在高能化学激光器中用作氟源。
Nitrogen trifluoride (NF3) is used mainly by the semiconductor industry to clean the Chambers in which silicon chips are made.
三氟化氮(NF 3)主要被半导体工业用于清洗制造硅芯片的工作舱。
NF3 has been found to be weakly mutagenic in bacterial cells and non-mutagenic in animal cells and whole animal test systems.
已经发现，在细菌细胞内NF 3是轻微的诱导有机质突变的物质，而在动物细胞和整个动物测试系统内NF 3不会诱导有机质突变。
Adecomposition of silane and NF3 by low pressure plasma and waste as treatment by non-thermal discharge plasma are discussed.
用低压等离子体分解硅烷和NF 3以及用放电等离子体处理汽车等的排入废气。
Air Products has sponsored research at the Massachusetts Institute of Technology to study the reactivity of NF3 in the atmosphere.
AirProducts已经在麻省理工学院赞助了在空气中nf3的的反应活性的研究。
Gas distribution lines for NF3 service should be fabricated from compatible materials and thoroughly cleaned to remove any oxidizable material.
用于NF 3设施的气体分配管道应该采用相容的材料制造，并彻底清洁以去除任何可氧化材料。
These reactive species can lead to uncontrolled reactions with polymers and certain metals, liberating heat and causing further dissociation of NF3.
这些活泼的氟会导致无法的控制的同聚合体和特定金属的反应，释放出热量，导致NF 3的进一步分解。
Gaseous NF3 containing 0.1% or less active fluorides (calculated as HF) was found to be noncorrosive toward several different parent and welded metal specimens.
含有0.1%或更少的活泼氟化物(认为是HF)的气态NF 3被发现对于几种不同的母材和焊接金属试验品是没有腐蚀性的。
In other words, in a binary blend of SiH4 and NF3, concentrations of silane greater than or equal to 0.66% and less than or equal to 95.3%, form an explosive mixture.
换句话说，在硅烷和NF3的二元混合物中，硅烷的浓度大于或等于0.66%和小于或等于95.3%，都会形成爆炸性混合物。
Reactivity is similar to that of oxygen at room temperature. NF3 is relatively inert at ambient temperature and pressure conditions and exhibits little, if any, reactivity.
反应活性与室温下的氧相似。在常温常压下NF 3是相对不活泼的，显示出很低的反应活性。
The results indicate that the new purification process may obtain highly pure produce of NF3 gas with its purity exceeding 99.9%, which can meet the needs of semiconductor industries.
实验结果表明，新的纯化工艺可获得三氟化氮体积分数大于99.9%的高纯度产品，从而能够满足半导体工业的要求。
Purification processes using dry media, such as activated charcoal (carbon) or molecular sieve, may be subject to rapid exotherms from sudden exposure of the media to large quantities of NF3.
由于介质突然暴露在大量的NF3中，使用干燥介质，如活性炭或分子筛的净化过程可能造成温度迅速上升。
NF3 has a relatively short atmospheric lifetime (740 years) and dissociates more readily than C2F6 and CF4. HF ultimately diffuses down to the troposphere where it is removed by wet deposition.
NF3具有相对短的大气寿命（740年），比C2F6和CF4。更容易分解。HF最终扩散到大气中，在大气中它通过湿沉积被除去。
NF3 has a relatively short atmospheric lifetime (740 years) and dissociates more readily than C2F6 and CF4. HF ultimately diffuses down to the troposphere where it is removed by wet deposition.
NF3具有相对短的大气寿命（740年），比C2F6和CF4。更容易分解。HF最终扩散到大气中，在大气中它通过湿沉积被除去。
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