它是可燃的,但不是很有毒。
即使气体几乎不可燃的,但它仍然是压缩。
Even if the gas is almost non-combustible, it is still compressed.
那么,可燃冰是怎么来的呢?
这给可燃冰的开采带来了很大的困难。
This gives the exploitation of combustible ice is a big difficulty.
可燃冰的另外一个好处是,它是清洁的化石能源来源。
Another advantage of combustible ice is that it is clean fossil energy sources.
由于没有什么可燃烧的了,火最终熄灭了。
可燃性工业垃圾、少量的废溶剂。
Burnable industrial refuse and a small amount of waste solvent.
本文研究自由场中有限释能速率的可燃气云爆炸问题。
Combustible cloud explosion with limited energy release in free air is studied in this paper.
爆炸极限是评定可燃气体火灾爆炸危险的主要指标之一。
The explosive limit is one of main index to judge explosion fatalness of fuel gases.
必须通过把可燃材料冷却到它们的点燃温度以下来灭火。
It is necessary to cool combustible materials below their ignition temperatures to stop the fire.
为研究可燃物的爆炸特性提供了一种简易的测量方法。
A simple method is proposed in this paper for measuring the explosion of combustibles.
应根据不同部位,选择防火、阻燃、或经防火处理的材料,尽量减少可燃材料的绝对用量;
The absolute amount of combustible materials should be reduced to as less as possible.
使用可燃物模型所产生的误差。
怠速系统提供很浓的可燃混合气供起动使用。
给蒸汽的更低可燃性限度是空气的1.5%。
R290的可燃性在实际中是完全可以控制其安全性。
The combustibility of R290 can completely control its safety.
采伐增加了粗可燃物的载量,皆伐方式增加最明显;
Forest harvesting could increase coarse fuel loads, with the largest increase under clear cutting scenario.
速系统提供很浓的可燃混合气供起动使用。
主要研究可燃物表面积和厚度对估测释热速率的影响。
The application of heat release rate of fuel in fire network model;
主要研究可燃物表面积和厚度对估测释热速率的影响。
The application of heat release rate of fuel in fire network model;
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