The DSC analysis of RDX/CNTAs nano-composite explosives shows that the initiative and peak temperatures of RDX/CNTAs decomposition decrease compared with those of the starting RDX.
对RDX／碳纳米管纳米复合炸药的DSC热分析表明，碳管孔腔中的RDX较原料RDX的起始分解及峰值温度都明显提前。
The DSC analysis of RDX/CNTAs nano-composite explosives shows that the initiative and peak temperatures of RDX/CNTAs decomposition decrease compared with those of the starting RDX.
对RDX／碳纳米管纳米复合炸药的DSC热分析表明，碳管孔腔中的RDX较原料RDX的起始分解及峰值温度都明显提前。
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