n. pyrocarbon
高温碳化 high-temperature carbonization
高温碳素还原制镁法 Hansgirg process
耐高温碳化硅纤维 High temperature resistant SiC fibers
高温定碳炉 High temperature carbon furnace
耐高温聚碳 PH-HT
高硼低碳高温合金 high boron-low carbon super alloy
高温渗碳 high temperature carburization ; high temperature carburizing
高温配管用碳素钢钢管 STPT
单管高温定碳炉 mono pipe high temperature carbon furnace
碳分子链才是真正强有力，能够经受高温而不被打破。
Carbon chains are really strong, and can withstand extreme heat without breaking down.
为了抵御高温和辐射，探测器里的仪器将处于一个巨大的由碳复合材料制成的隔热罩的保护之下，但这个隔热罩目前还没完成。
To withstand the temperatures and the radiation, the instruments will be protected by a huge carbon-composite heat shield that still needs to be built.
但如果经过高温分解—在低氧环境下有控制的燃烧—它将会形成木炭，其大部分是永久碳。
If, however, they are subjected instead to pyrolysis-a process of controlled burning in a low-oxygen atmosphere-the result is charcoal, a substance that is mostly elemental carbon.
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