Preface. Acknowledgments. Introduction; B. Matseevitsch. Opening Remarks; O. Machacek. Class 1.3 Composite Propellants as Ingredients in Commercial Explosives - The UteC Experience; O. Machacek, et al. Commercial Explosives on the Base of Removed Energetic Condensed Systems (Conception, Problems, Decisions); B. Matseevich. Demilitarization of Large Rocket Motors and Propellant Utilization; W.O. Munson. Utilisation of Double-based Powders and Rocket Propellants for Production of `Dry Explosives of Slurry Type'; B. Vetlicky, T. Dosoudil. Industrial Explosives from Recovered Powders and Solid Rocket Propellants; E.F. Zhegrov, E.V. Bercovskaya. Application of Cryocycling to Rocket Motor Propellant Size Reduction and Reuse; J. Lipkin, et al. Cofiring of Propellant Washout Residue with Traditional Boiler Fuels: Resolution of Operational and Environmental Issues; S.G. Buckley, et al. Conversion of Demilitarized Explosives and Propellants to Higher Value Products; A.R. Mitchell, et al. Some Aspects of the Application of Small Grain Powders in the Emulsion Explosives; P. Kohlicek, et al. Joint Demilitarization Integration; J.Q. Wheeler, J. Lipkin. New Aspects of the Development of the Industrial Explosives and Materials on the Basis of Utilized Powders; N.G. Ibragimov, et al. Small-sized Sources of Seismic Signals on the Basis of High Energy Condensed Systems for Transition Areas Ground - Water and almost Inaccessible Regions of a Land; N.M. Pelykh, et al. Physical and Chemical Principles of Slurries; C.-O. Leiber, R.M. Doherty. Detonation Properties of Gun Propellants and Slurry Explosives and their Combination; H. Schubert. Reproductive Technologies of Gunpowder Production; F.F. Raran. The Use of Surplus Smokeless Powder Propellants as Ingredientsin Commercial Explosive Products in the United States; G. Eck, et al. Burning and Detonation of Water-impregnated Compounds Containing Solid and Liquid Propellants; B.N. Kondrikov, et al. Characterization of Intermolecular Explosives; R.M. Doherty, C.O. Leiber. Safety Aspects of Slurry Explosives; N.H.A. van Ham. Use of Converted High Energy Value Explosive Materials as Industrial Energetic Materials; N.K. Salygin, et al. The Technology of Slurry as Dispersing Media for Powders and Propellants; J.C. Libouton. Promising Boosters for Blasting Commercial Explosives in Boreholes; V.P. Iliyn, et al. The Application of Reclaimed Explosives in Commercial Emulsion Explosives; N.I. Rabotinsky, et al. Utilization of Composite Propellants with Obtaining Specific Products; A.J. Salko, et al. Creation of Safe on Manipulation Industrial Explosives and Products for Mining Industry on the Basis of Gunpowder; V.P. Glinskiy, et al. Basic Directions of Works on Utilisation of Pyrotechnic Products and Ammunition; N.M. Varenych, V.G. Dzhangarian. Powerful Insensitive Hybrid Explosives using Inorganic Propellants/Pyrotechnics in Conjunction with Organic CHO Compounds for Tailorable Blast Applications; A.J. Tulis. Conditions of Ammunition Utilisation in People's Republic of China, Tsin Chanjung.
