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• W1982202472 endingPage "262" @default.
• W1982202472 startingPage "247" @default.
• W1982202472 abstract "To look for new high-energy-density compounds (HEDC) with good performance, molecular mechanics (MM) was first employed to predict the molecular spatial packings (or crystal structures) of hexanitrohexaazaadamantane (HNHAA) and the well-known high-energy-density compound hexanitrohexaazawurtzitane (ϵ-CL-20). Then, periodic ab initio calculations, using the GGA-RPBE method, were carried out on the band structures of the two predicted crystals. The results showed that they tended to crystallize in the same space group P21/c, and they have similar density of states (DOS) and comparable band gaps (ΔE, 3.546 and 3.522 eV for HNHAA and ϵ-CL-20, respectively), which presented similar thermal initiation mechanisms and comparable sensitivity. Furthermore, HNHAA was recommended as a new potential HEDC with better detonation properties than the well-known ϵ-CL-20, due to its larger density (2.315 g·cm−3) than ϵ-CL-20 (2.173 g·cm−3)." @default.
• W1982202472 created "2016-06-24" @default.
• W1982202472 creator A5057295660 @default.
• W1982202472 creator A5063758192 @default.
• W1982202472 creator A5079852487 @default.
• W1982202472 date "2009-08-07" @default.
• W1982202472 modified "2023-09-27" @default.
• W1982202472 title "Hexanitrohexaazaadamantane: A New Potential High-Energy-Density Compound Superior to Hexanitrohexaazaisowurtzitane (CL-20)" @default.
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• W1982202472 doi "https://doi.org/10.1080/07370650902732964" @default.
• W1982202472 hasPublicationYear "2009" @default.
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