Time Table
Conference Program
Poster Session

Plenary lectures will be delivered by the following leading experts in the field of combustion and detonation:

• Prof. Aldushin A.P.
  Russia
  Saffman – Taylor Fingers in Filtration Combustion
• Prof. Azatyan V.V.
  Russia
  Kinetic problems of combustion, explosion and detonation of gases in the theory of non-isothermal chain processes
• Prof. Babkin V.S.
  Russia
  The phenomenon of superadiabatic temperatures upon combustion due to competition between chemical reactions
• Prof. Borovinskaya I.P.
  Russia
  Dependence of SHS product composition and structure on infiltration combustion mode
• Prof. L. DeLuca
  Italy
  Combustion features of AND-based solid rocket propellants for space applications
• Dr. A. Dreizler
  Germany
  Turbulent flame propagation: free and wall bound
• Prof. E. Dzieminska
  Japan
• Prof. Fortov V.E.
  Russia
  Zeldovich and powerful shock and detonation waves
• Prof. Frolov S.M.
  Russia
  Zel’dovich thermodynamic cycle and perspectives of its application in chemical ramjet and rocket propulsion
• Prof. A. Gany
  Israel
  Concept and Study of the Combustion of Liquid Oxidizer Contained in a Solid Propellant
• Prof. I. Gokalp
  France
  New experiments on turbulent premixed flames to enhance model validations
• Prof. Kanel G.I.
  Russia
  Experimental investigations of macrokinetics of the processes accompanying the shock compression of solids
• Prof. A. Kasimov
  Saudi Arabia
  From ZND model to theories of pulsating and cellular detonations
• Prof. Khalturinskii N.A.
  Russia
  Physical aspects of polymer burning and flame retardant mechanism action
• Prof. A. Konnov
  Sweden
  Temperature and pressure dependence of laminar burning velocities: experiments and modelling
• Prof. Korobeinichev O.P.
  Russia
  Development of the ideas of Ya. Zel'dovich in studying the kinetics and chemistry of combustion
• Prof. Levin V.A
  Russia
  On multidimensional flows accompanying detonation
• Prof. P. Lindstedt
  UK
• Prof. U. Maas
  Germany
  Hierarchical models for reacting flows
• Prof. Mansurov Z.A.
  Kazakhstan
• Prof. Mantashyan A.A.
  Armenia
  Kinetic features of the “cool flame” and “intermittent flames” phenomena accompainying low temperature combustion of hydrocarbons and hydrogen
• Prof. K. Maruta
  Japan
• Prof. Mikhailov A.L
  Russia
  Microwave diagnostics of shock-wave and detonation processes
• Prof. A. Mukasyan
  USA
  Solid Flame: Fundamentals and Applications
• Prof. Penyazkov O.G.
  Belarus
• Dr. P. Priesching
  Austria
  Application of a Novel Approach of Flame Surface Tracking for Calculating the Premixed Combustion in Engines
• Prof. Rogachev A.S.
  Russia
  Experimental verification of the homogeneous and micro-heterogeneous (discrete) theories of the “solid flame” spreading
• Prof. G. Roy
  Singapure
  Detonation: Harnessing a Challenging Phenomenon
• Prof. V. Sabelnikov
  France
  About progress in the modelisation and understanding of turbulent premixed combustion
• Prof. C. Schulz
  Germany
  Detailed studies of precursor chemistry and particle growth in the flame synthesis of iron oxide nanoparticles
• Prof. Shkadinskii K.G.
  Russia
  Spatial structures and cellular modes of filtration combustion
• Prof. A.S. Shteinberg
  USA
  Kinetics and macrokinetics of fast and super-fast reactions at combustion and explosion of energetic materials
• Dr. T. Skjold
  Norway
  Pragmatic modelling of industrial explosions in complex geometries – review of the state-of-the-art and prospects for the future
• Prof. Son E.E.
  Russia
• Prof. Surzhikov S.T.
  Russia
• Prof. Tavadyan L.A.
  Armenia
  Numerical value method of revealing and analysis of critical conditions of reactions
• Prof. Vasil’ev A.A.
  Russia
  Nonclassical structures of the multifront detonation
• Prof. B. Veyssiere
  France
  Recent results on two-phase detonations
• Prof. Jian-Ping Wang
  China
• Prof. V. Young
  USA