Demilitarisation of Munitions

Preface. 1. Demilitarisation Technology. Main Issues of Rocket Propellant Components Storage and Disposal; A. Serdiouk. Demilitarisation in Germany; D. Weidenhagen. Demilitarisation of the Nuclear Weapons Located in Ukraine in Nuclear Safe and Environment Compatible Manner: Scientific & Technological Aspects; V.G. Baryakhtar, et al. Procedures for the Demilitarisation of Gun Ammunitions and Pioneer Munitions; B. Stürmer. Demilitarisation Technology and Examples of Conversion; J.R. Boisseau, et al. 2. Recycling Technologies for Explosives. Recycling and Disposal Techniques for Energetic Materials; H. Krause. The Extraction of TNT from Till Term of Storage Ammunition; L.M. Kapkan, et al. Biotechnological Aspects of Explosives Utilisation; Y. Bashlyk, et al. Reuse, Reclamation or Destruction of Large Solid Rocket Motors: Lessons Learned in the USA; M. Elleman. Colloid Biotechnology for Propellant Destruction with Utilisation of the Processing Products; V.A. Prokopenko, et al. 3. Recycling and Reuse of Liquid Rocket Fuel. Comprehensive Utilisation of Liquid Fuel Constituents for Rockets; L.M. Kapkan, et al. Economically Reasonable Ways of Utilisation of Rocket Fuel, 1,1-Dimethylhydrazine, to Usable Products; A. Chervinsky, et al. Chemical Processing of Fluid Propellant Heptyl: Synthesis and Properties of the Surface Active Substances Obtained from Heptyl; Y. Tanchuk. Polymers Based on Unsymmetrical Dimethylhydrazine; V.U. Shevchenko. Utilisation of Oxidant for Rocket Fuel, Dinitrogen Tetroxide, as a New Starting Material for the Synthesis of Expandable Graphite; M. Savoskin, et al. Closing Remarks. Affiliations and Addresses of Keyspeakers. Index.