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xii CHEMISTRY AND TECHNOLOGY OF EXPLOSIVES


Dinitromethane ...........................


                 - Chemical properties...............................
- Elucidation of the constitution of α− rinitrotoluene.................
- Kinetics of the nitration of dinitrotoluene to trinitrotoluene............
- Explosive properties of TNT...........................
- Toxicity of α− rinitrotoluene...........................
- Metabolism of trinitrotoluene...........................
- Unsymmetrical isomers of trinitrotoluene
- Physical properties
- Thermochemical properties...........................
- Chemical properties...............................
- Preparation and constitution of unsymmetrical trinitrotoluenes
- Other by-products in the nitration of toluene
- Tetranitrotoluene.................................
- Literature...................................
- Toluene. CHAPTER IX. TNT MANUFACTURE
- Nitration of toluene to TNT............................
- General remarks................................
- Three stage process for manufacture of TNT.
- Old French process.
- Old British method...............................
- Old U. S. S. R. method (according to Gorst)
- German method................................
- Two-stage manufacture of TNT (old Italian method).................
- Material balance..................................


  • Continuous methods of nitration

    • Earlier methods................................

    • Modern methods................................



  • Purificalion of TNT................................

    • Purification by crystallization

    • Sulphitation and drying of TNT.........................



  • Schematic diagram of a plant for continuous TNT manufacture............

  • Utilization and neutralizing sulphitation liquors.

  • Waste waters...................................

  • Safety in TNT manufacture.............................

    • Literature...................................



  • Nitro derivatives of xylenes. CHAPTER X. NITRO DERIVATIVES OF HIGHER BENZENE HOMOLOGUES

    • Isomers of mononitro-m-xylene (MNX).....................

    • Isomers of dinitro-m-xylene (DNX)........................

    • Isomers of trinitro-m-xylene (TNX)........................

    • Mononitro derivatives of o- and p- xylenes....................

    • Dinitro derivatives of o- and p- xylenes......................

    • Trinitro derivatives of o- and p- xylenes......................

    • Manufacture of trinitroxylene (TNX).......................

      • Nitro derivatives of mesitylene.....................





    • Nitro derivatives of ethylbenzene.........................

    • Tetranitro derivatives..............................

    • Literature



  • Nitromethane.......................... CHAPTER XIX. ALIPHATIC NITRO COMPOUNDS

    • Physical properties...............................

    • Stability.

    • Ignition and burning..............................

    • Explosive properties...............................

      • Trinitromethane (Nitroform)







  • Tetranitromethane

    • Physical properties

      • Chemical properties...............................

      • Explosive properties...............................



    • Toxicity

      • Preparation



    • 1,2-Dinitroethane.................................

    • l,l-Dinitroethane



  • Polynitroethylene

  • sym-Tetranitroethane................................

  • Hexanitroethane

  • 2,2-Dinitropropane

  • Other polynitro aliphatic compounds

  • Nitroaromatic derivatives of mono-, di- and tri-nitromethane

  • Literature.

  • Dinitrodinitrosobenzene CHAPTER XX. NITRONITROSO AND NITROSO COMPOUNDS

  • Hexanitrosobenzene

    • Literature



  • Author index...................................

  • Subject index...................................

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