Nitration: Recent Laboratory and Industrial Developments, Volume 623
Lyle Frederick Albright, Richard V. C. Carr, Robert J. Schmitt
American Chemical Society, Jan 1, 1996 - Science - 281 pages
Provides a comprehensive overview of N [2O [5 chemistry. This work reports electrochemical synthesis of N [2O [5 in nitric acid and isolation of aproptic N [2O [5; discusses scaling up the synthesis of N [2O [5 in both the laboratory and bulk processes; presents synthesis of new explosives and propellant ingredients, including cage and heterocyclic compounds and new energetic polymers; and reports non-acidic nitration of compounds using N [2O [5.
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Role of Protosolvation in Nitrations with Superacidic
Nitrocyclohexadienones in Aromatic Nitration
Aromatic Nitration in Liquid Nitrogen Tetroxide Promoted
17 other sections not shown
14N NMR 1996 American Chemical absorption acetonitrile acid concentration acid mixtures acid recovery adamantane adiabatic American Chemical Society anhydride aqueous benzene byproducts Chem chemical shift Chemistry compounds containing crude DNT decomposition developed dichloromethane dinitrate dinitrogen pentoxide dinitrogen tetroxide dinitrotoluene dissolved effluent energetic materials equation exotherm experimental explosive Figure flow reactor formation H NMR HNO3 isomer kinetic Laboratory liquid N2O4 method mixed acid mmol MNT spent acid mole N2Os NHTPB nitramine nitrating agent nitration of toluene nitration process nitration reaction nitric acid nitrocresols nitroform nitrogen nitrolysis nitromethane nitronium ion nitronium tetrafluoroborate NMR chemical shifts NO2+ obtained Olah oxidation oxime oxygen ozone Patent phase phenol plant polymer Ponzio reaction radical ratio reactants reaction model reagents reconcentration recycle removal reported resorcinol sample sodium fluoride solid solution substrates sulfuric acid sulphuric synthesis Table temperature thermal toluene vaporization washing yield