Zeman S.The study of chemical micromechanism governing detonation initiation oforganic polynitro and polynitroso compounds[D].Dept.of Org.Technology,Prague′s Inst.ofChemical Technology,Prague,1997.
[3]
Zeman S.New aspects of the impact reactivity ofnitramines[J].Propellants,Explos.,Pyrotech.,2000,25(2):66-74.
[4]
Zeman V,Ko cˇí J,Zeman S.Electric spark sensitivity of polynitrocompounds:Part II.A correlation with detonation velocities of some polynitroarenes[J].HanNeng CaiLiao,1999,7(3):127-132.
[5]
Zeman V,Ko cˇí J,Zeman S.Electric spark sensitivity of polynitocompounds:Part III.A correlation with detonation velocities of some nitramines[J].HanNengCaiLiao,1999,7(4):172-175.
[6]
Zeman S,Ko cˇí J.Electric spark sensitivity of polynitro compounds:PartIV.A relation to thermal decomposition parameters[J].HanNeng CaiLiao,2000,8(1):18-26.
[7]
Ko cˇí J,Zeman V,Zeman S.Electric spark sensitivity of polynitrocompounds:Part V.A relationship between electric spark and impact sensitivities ofenergetic materials[J].HanNeng CaiLiao,2001,9(2):60-65.
[8]
Zeman S,Jalov y' Z.Heat of fusion of polynitro derivativs ofpolyazaisowurtyitane[J].Thermochim.Acta,2000,345(1):31-38.
[9]
Zeman S.Modified evans-polanyi-semenov relationship in the study of chemicalmicromechanism governing detonation Initiation of individual energeticmaterials[J].Thermochim.Acta,2001.in press.
[10]
Maksimov Yu Ya,Kogut E N.Thermal decomposition of high melting aromatic polynitrocompounds in solution[J].Tr.Mosk.Khim.-Tekhnol.Inst.Mendeleeva,1979,104:30-38.
[11]
Sorescu D C,Rice B M,Thompson D L.A transferable intermolecular potential fornitramine crystals[J].J.Phys.Chem.1998,A 102(43):8386-8392.
[12]
Sorescu D C,Rice B M,Thompson D L.Molecular packing and molecular dynamics studyof the transferability of a generalized nitramine intermolecular potential tonon-nitramine crystals[J].J.Phys.Chem.,1999,A 103(8):989-998.
[13]
Bondi A.Physical Properties of Molecular Crystals,Liquids,andGlasses[M].London:John Wiley,1968.
[14]
Lebedeva N D,Ryadnenko V L,Kuznetsova I N.Heats of combustion and enthalpies offormation of some aromatic nitro deriva lives[J].Zh.Fiz.Khim.,1971,45(1):980-981.
[15]
Fedoroff B T,Sheffield O E,Kaye S M.Encyclopedia of Explosives and RelatedItems[M].PATR 2700,Vol.7.Dover Picatinny Arsenal:1975,H44.
[16]
Zeman S.Some predictions in the field of the physical thermal stability ofnitramines[J].Thermochim.Acta,1997,302(1-2):11-16.
[17]
Bradley R S,Cotson S,Cox G E.The determination of vapour pressures of the order of1 mm.of mercury by a modification of Smith and Menzie′s method.The vapour pressure ofdimethylnitramine[J].J.Chem.Soc.,1952(2):740-741.
[18]
Hall P G.Thermal decomposition and phase transitions in solidnitramines[J].Trans.Faraday Soc.,1971,67(2):556-562.
Bauer S H,ZHANG Yi-Xue.Stability tests of TNAZ-thermal and shockimpact[J].J.Energ.Mater.,1999,17(2-3):161-176.
[25]
Su c'eska M.Private communication,2001.
[26]
Kamlet M J,Adolph H G,Hoffsommer J C.Steric enhancement of resonance.II.Absorptionspectra ofN-alkyl-and-N,N-dialhyl-2,4-dinitroanilines[J].J.Am.Chem.Soc.,1964,86(19):4018-4021.
[27]
Kamlet M J,Hoffsommer J C,Minesinger R R,et al.Steric enhancement ofresonance.IV.Absorption spectra of N-alky-andN,N-dialhylpicramides[J].J.Org.Chem.,1968,33(8):3070-3073.
[28]
Pivina T S,Molokhova M S,Slyapochnikov V A,Sukachev D V,et al.[C].Proc.18thInt.Pyrotech.Seminar,Breckenridge,Colorado,July 1992.685.
[29]
Zeman S.Thermostable Polynitro Arenes:Molecular-Structural Aspects of the Chemicaland Physical Stabilities[D].Univ.Pardubice,1990.
[30]
Flippen-Anderson J L,Gilardi R D,Pitt A M,Wilson W S.Synthesis and explosiveproperties of benzotriazoles[J].Aust.J.Chem.,1992,45(3):513-524.
[31]
Zeman S.The thermoanalytical study of some aminodirivatives of1,3,5-trinitrobenzene[J].Thermochim.Acta,1993,216(1):157-168.