查询词典 flame

The standards refer to two different tests from the UL 790 standard - the incendiary test and the spread-of-flame test.

这些标准指的是来自UL 790标准的两个不同测试——燃烧测试和火焰蔓延测试。

Dynamic Viscoelastic and Thermal Properties of Flame-Retardant Epoxy Encapsulants Owing to excellent heat, solvent and chemicalresistance, good adhesion and inexpensiveness, epoxy resin has been widely employed in the encapsulation of microelectronic devices.

viscoelastic动态特性和热火阻燃环氧树脂encapsulants 由于出色的热、溶剂和chemicalresistance、善意与廉、环氧树脂已广泛应用于微电子封装的装置。

When, therefore, any of those who love to upset sound doctrine pervert my words to their way of thinking, your holiness should not be surprised at this, but should remember that the followers of every heresy extract from inspired scripture the occasion of their error , and that all heretics corrupt the true expressions of the holy Spirit with their own evil minds and they draw down on their own heads an inextinguishable flame.

当，因此，任何人谁爱打破健全理论歪曲我的话，以他们的思维方式，您的成圣不应感到惊讶，但应该记住，每一个邪教的追随者摘录启发经文之际，他们的错误，和所有异教徒腐败的真实表达圣灵自己的邪恶思想和他们动用自己的头一个inextinguishable火焰。

An inextinguishable flame; an inextinguishable faith.

扑不灭的火焰；永恒的信念

Used for testing hiorizontal inflammability of various fabric,which is expressed with flame-spread rate.

用于测定纺织品水平方向燃烧性能，并以蔓延速率来表示。

Heat may be in the form of electric elements,lazy-flame gas,ultra-violet or infra-red radiation.

可以用电力元件，低能火焰，紫外线或红外线辐射发热。

As we are all created by the flame of soul - innately we all believe in magic.

因为我们全都是被灵魂的火焰创造-天生我们全都相信魔法。

The purpose of the religious experience is to develop the eyes by which we see this inner flame, and our capacity to live its mystery.

信仰体验的目的就是去培育这样一双眼睛，通过这双眼睛我们可以看到心中那份激情和在这份神奇激情之下散发出的能力。。

Be based on your request colour face to face integral ball outside surface flame plating.

根据你的要求的颜色对积分球外表面喷涂。

Taking LOI and vertical burning methods as main measures to estimate the flame retarding efficiency of materials, the effects of each ingredient were studied. With the aid of thermal analysis, the mechanism of chemistry reaction, intumescence and charring were discussed.

以氧指数法和水平燃烧法作为考查阻燃性能的主要手段，研究了聚乙烯膨胀阻燃体系各组分对阻燃性能的影响，并结合热分析的方法对聚乙烯膨胀阻燃体系热降解过程的化学反应机理、膨胀机理、成炭机理进行探讨。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。