Explores the interplay of physical and chemical forces that contribute to the burning and related changes of volatile materials in timescales ranging from hours to picoseconds. The 59 papers cover synthesis and characterization, thermal decomposition, combustion mechanisms, and initiation and detonation. Among the invited papers are discussions of the design of stable high-nitrogen systems, frozen ozone as a prototype system for three-phase combustion modelling, solid propellant flame structure, probing detonation physics ...
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Explores the interplay of physical and chemical forces that contribute to the burning and related changes of volatile materials in timescales ranging from hours to picoseconds. The 59 papers cover synthesis and characterization, thermal decomposition, combustion mechanisms, and initiation and detonation. Among the invited papers are discussions of the design of stable high-nitrogen systems, frozen ozone as a prototype system for three-phase combustion modelling, solid propellant flame structure, probing detonation physics and chemistry using molecular dynamics and quantum chemistry techniques, the detonation chemistry of glycidyl azide polymer. The CiP data drops the word chemistry from the title. Annotation c. by Book News, Inc., Portland, Or.
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