ENCYCLOPEDIA OF EXPLOSIVES AND RELATED ITEMS
CONTENTS 1 INTRODUCTION: THERMOPHYSICAL PROPERTIES OF EXPLOSIVE MATERIALS 2 THE HISTORY, CHEMISTRY, AND PHYSICS OF ENERGETIC MATERIALS 3 PHYSICAL PROPERTY PREDICTION OF ENERGETIC MATERIALS FROM MOLECULAR DYNAMICS SIMULATION 4 PREDICTING THE SOLVATION FREE ENERGY OF 1,3,5-TRIAMINO-2,4, 6-TRINITROBENZENE (TATB) IN ORGANIC SOLVENTS 5 PREDICTION OF PHYSICOCHEMICAL PROPERTIES OF ENERGETIC MATERIALS VIA EPI SUITE 6 MECHANISMS AND KINETICS OF CL-20 MODES OF TRANSFORMATION VIA ALKALI HYDROLYSIS AND VIA PHOTOLYSIS AND THERMOLYSIS FREE RADICAL REACTIONS 7 IGNITION OF METAL POWDER BY ELECTROSTATIC DISCHARGE 8 PHYSICOCHEMICAL PROPERTY MEASUREMENTS ON INSENSITIVE MUNITIONS COMPOUNDS FOR ENVIRONMENTAL APPLICATIONS 9 GROUP CONTRIBUTION TECHNIQUES: PREDICTING THE PROPERTIES OF ENERGETIC CHEMICALS 10 PREDICTION OF PHYSICOCHEMICAL PROPERTIES OF ENERGETIC MATERIALS 11 SOLUBILITY OF RDX, HMX, AND ?-CL20 IN SUPERCRITICAL CARBON DIOXIDE 12 COMBUSTION BEHAVIOR OF NANOENERGETIC MATERIAL SYSTEMS BACKGROUND ENERGETIC MATERIALS THERMOPHYSICAL PROPERTIES THE ENERGETIC MATERIALS GROUP