HI,欢迎来到学术之家,发表咨询:400-888-7501  订阅咨询:400-888-7502  股权代码  102064
0

The Thermal Decomposition Mechanism and the Quantum Chemical Calculation of[Mg(H2O)6](NTO)2·2H2O

作者:MAHai-xia; SONGJi-rong; XUKang-zhen; H...physicalchemistrymagnesiumcomplexthermaldecompositionmechanismquantumchemicalinvestigation

摘要:[Mg(H2O)6](NTO)2·2H2O Was prepared by adding magnesium carbonate hydroxide to the aqueous solution of 3-nitro-1,2,4-triazol-5-one(NTO).Its thermal decomposition mechanism was studied by DSC,TG/DTGand IR.The quantum chemical calculation on the title complex as a structure unit with the experimental geometry as atartmg values was carried out at B3LYP level with 6-31G basis set.The results show that the bonds between the coordinate waters and the Mgatom have certain extent covalent character.The net charges on nitrogen atoms of the NTO ring appear to be negative while the nitrogen atom on the nitro group(—NO2)appears to be positive which indicates—NO2 will lost first when the complex is heated to some uniform temperature and this result is in agreement with that of the thermal decomposition experiment.

注:因版权方要求,不能公开全文,如需全文,请咨询杂志社

含能材料

《含能材料》(CN:51-1489/TK)是一本有较高学术价值的大型月刊,自创刊以来,选题新奇而不失报道广度,服务大众而不失理论高度。颇受业界和广大读者的关注和好评。 《含能材料》办刊宗旨:及时报道国内外火炸药、推进剂、烟火剂、火工药剂、武器弹药设计、实验及相关材料的研制、工艺技术、性能测试、爆炸技术及其应用、含能材料的库存可靠性、工业废水处理、环境保护等方面的最新成果,促进含能材料学科领域的科技进步。

杂志详情