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首页> 外文期刊>Chemtracts >Dissociation Barriers for Odd-Numbered Acyclic Nitrogen Molecules N_9 and N_11 Theoretical Study of Potential Energy Surfaces for N_12 Clusters On the Stability of N_5~+N_5~-
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Dissociation Barriers for Odd-Numbered Acyclic Nitrogen Molecules N_9 and N_11 Theoretical Study of Potential Energy Surfaces for N_12 Clusters On the Stability of N_5~+N_5~-

机译:奇数个非循环氮分子N_9和N_11的解离壁垒N_12簇的势能面对N_5〜+ N_5〜-稳定性的理论研究

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摘要

To investigate computationally the properties of some of the possible structures of the all-nitrogen species N_9, N_10, N_11, and N_12 as potential high-energy-density materials. The search for high-energy-density materials (HEDMs), compounds that have a high ratio of energy released during decomposition to mass, are of interest as safe conventional propellants or fuels and as energy storage systems.
机译:为了以计算方式研究作为潜在高能密度材料的全氮物种N_9,N_10,N_11和N_12的某些可能结构的性质。寻找高能量密度的材料(HEDM)是在分解过程中释放出的能量与质量的比率高的化合物,作为安全的常规推进剂或燃料以及能量存储系统受到关注。

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