The term "Dynamics of Explosions" is primarily concerned with flows in which compressibility is a major factor: for example, detonations in gases. Over the years, what is meant by "Reactive Systems" has been broadened to include fluid systems with a variety of different kinds of additional chemical and physical effects. The meeting is concerned with both basic and applied. "Reactive Systems" deals with flows in which transient reactions or rapid fluid deformations play key roles: for example, ignition of flames or interaction of flames with turbulence.
   
Specific examples of contributions and topics from previous years can be found by visiting the website of the Institute for the Dynamics of Explosions and Reactive Systems (IDERS), www.icders.org, which has links to websites of previous meetings.

   Contributed presentations, in oral and poster sessions, and plenary sessions will take place during the week-long Colloquium. Extended abstracts of papers presented at the Colloquium will be published in the CD of the Proceedings. The CD will be part of the conference materials given to participants in Minsk. Authors of papers presented at this meeting are encouraged to submit full-length versions to one of these journals: Combustion Science and Technology, Combustion Theory and Modeling, Experiments in Fluids, Shock Waves and Journal of Engineering Physics and Thermal Physics.  
  Submitted manuscripts will be peer reviewed according to individual journal standards.
   










Submissions are encouraged on the following topics:

- Detonation structure in gases and multi-phasColloquium Venue e systems
- Initiation, propagation and failure of detonations - Transition from deflagration to detonation
- Generation and coupling of shock waves with rapid combustion
- High-speed flames - confined and unconfined
- Propulsion applications of detonations and high-speed flames
- Material processing applications of detonations
- Flame propagation in internal combustion engines
- Combustion in fuel clouds and fireballs
- Multiphase dynamically reactive systems
- Turbulence in compressible reacting flows
- High-speed diagnostics for reactive systems
- Accidental explosions and mitigation strategies
- Dynamics of ignition in gases
- Ignition and flame spread over liquid layers
- Dynamics of large scale fires
- Chemical reaction kinetics and reaction dynamics
- Flame instabilities and quenching
- Numerical analysis of dynamics of reactive systems
- Nonlinear analysis of dynamical reactive systems