火炸药学报
火炸藥學報
화작약학보
CHINESE JOURNAL OF EXPLOSIVES & PROPELLANTS
2014年
4期
50-53
,共4页
廉鹏%来蔚鹏%葛忠学%王伯周%王锡杰
廉鵬%來蔚鵬%葛忠學%王伯週%王錫傑
렴붕%래위붕%갈충학%왕백주%왕석걸
量子化学%高能量密度%几何构型%爆轰性能%TNBIW%笼形结构
量子化學%高能量密度%幾何構型%爆轟性能%TNBIW%籠形結構
양자화학%고능량밀도%궤하구형%폭굉성능%TNBIW%롱형결구
quantum chemistry%high energetic density%geometric configuration%detonation properties%TNBIW%cage structure
设计了一种新型高能量密度化合物2,6,8,12-四硝基-4,10-二(硝基氧化偶氮基)-2,4,6,8,10,12-六氮杂异伍兹烷(TNBIW)。采用 B3LYP 法在6-31G**基组水平上对其结构进行了优化,得到其稳定的几何构型,在振动分析的基础上求得体系的振动频率和 IR 谱。采用 Monte-Carlo 法、Politzer 推导的公式、Kamlet-Jacobs 公式和 VLW 方程估算了密度、生成焓及爆轰性能。利用逆合成分析法设计了合成路线。结果表明,TNBIW 笼形环与 CL-20笼形环结构相似,但由于笼形结构更加扭曲,其结构稳定性较 CL-20有所降低;键离解能(BDE)为124.71 kJ/mol,稳定性良好;预估密度2.025 g/cm3,爆轰性能优于 HMX,与 CL-20相当,是一种爆炸性能良好的潜在含能化合物。
設計瞭一種新型高能量密度化閤物2,6,8,12-四硝基-4,10-二(硝基氧化偶氮基)-2,4,6,8,10,12-六氮雜異伍玆烷(TNBIW)。採用 B3LYP 法在6-31G**基組水平上對其結構進行瞭優化,得到其穩定的幾何構型,在振動分析的基礎上求得體繫的振動頻率和 IR 譜。採用 Monte-Carlo 法、Politzer 推導的公式、Kamlet-Jacobs 公式和 VLW 方程估算瞭密度、生成焓及爆轟性能。利用逆閤成分析法設計瞭閤成路線。結果錶明,TNBIW 籠形環與 CL-20籠形環結構相似,但由于籠形結構更加扭麯,其結構穩定性較 CL-20有所降低;鍵離解能(BDE)為124.71 kJ/mol,穩定性良好;預估密度2.025 g/cm3,爆轟性能優于 HMX,與 CL-20相噹,是一種爆炸性能良好的潛在含能化閤物。
설계료일충신형고능량밀도화합물2,6,8,12-사초기-4,10-이(초기양화우담기)-2,4,6,8,10,12-륙담잡이오자완(TNBIW)。채용 B3LYP 법재6-31G**기조수평상대기결구진행료우화,득도기은정적궤하구형,재진동분석적기출상구득체계적진동빈솔화 IR 보。채용 Monte-Carlo 법、Politzer 추도적공식、Kamlet-Jacobs 공식화 VLW 방정고산료밀도、생성함급폭굉성능。이용역합성분석법설계료합성로선。결과표명,TNBIW 롱형배여 CL-20롱형배결구상사,단유우롱형결구경가뉴곡,기결구은정성교 CL-20유소강저;건리해능(BDE)위124.71 kJ/mol,은정성량호;예고밀도2.025 g/cm3,폭굉성능우우 HMX,여 CL-20상당,시일충폭작성능량호적잠재함능화합물。
A novel high-energy density compound,2,6,8,12-tetrenitro-4,10-bis (nitro-NNO-azoxy)-2,4,6,8,10, 12-hexaazaisowurtzitane (TNBIW)was designed.Its structure was optimized at the 6-31G** basis set level using B3LYP method.Its performance was calculated and the stable geometry of the compound was obtained.The vibra-tional frequencies and IR spectrum were obtained on the basis of vibrational analysis.The density and enthalpy of formation of the compound were calculated theoretically by a Monte-Carlo method and prediction formula presented by Politzer respectively.Its detonation velocity and detonation pressure were predicted by the formulae of Kamlet-Jacobs and VLW.The inverse synthetic analysis method was carried out to design a feasible synthetic route.The re-sults show that the structure of TNBIW is similar with CL-20,and the stability of its structure is lower than that of CL-20 because of more twisty structure.The bond dissociation energy (BDE)is 124.71 kJ·mol-1 ,having good sta-bility.Its detonation properties are superior to HMX and equivalent to CL-20,showing that it is a potential energet-ic compound with desirable explosive properties.