Department of the Combustion of Structured Systems

RUS ENG

LABORATORIES

  • Laboratory of Dynamics of Microheterogeneous Processes
    Head: A.S. Rogachev, Professor
    Fields of Research

    Product Structure Formation in High-Temperature Heterogeneous Reaction

    • Nucleation and grains growth of solid products in heterogeneous reactions
    • Atomic structure formation and ordering in high-temperature processes
    • Microstructure formation in multicomponent systems, design of composite and functionally graded materials
    Chemical Waves in Heterogeneous Media
    • Microstructure of gasless combustion wave - experimental study and cellular models
    • Oscillating, spin and stochastic modes of combustion
    • Generation of gases and charged particles by SHS wave
    • Gasless combustion in microgravity
    Macrokinetic Mechanisms of Thermal Explosion
    • Fundamentals of gasless thermal explosion
    • Synthesis of intermetallic materials in thermal explosion mode
    • Time-resolved XRD study of phase formation during thermal explosion
    Thermodynamics Equilibrium at High Temperatures

  • Laboratory of Fundamentals of SHS Processes
    Head: I.P. Borovinskaya, Professor
    Fields of Research

    Combustion chemistry and chemical synthesis
    Combustion in nitrogen and synthesis of nitride ceramics
    Macrokinetic Mechanisms of Thermal Explosion
    Thermodynamics Equilibrium at High Temperatures
    Magnesium thermal SHS processes
    SHS powder technology
    Forced SHS densification of hard alloys and functionally graded materials
    Experimental diagnostics of processes in SHS reactors
    Mathematical simulation of multidimensional problems of solid flame combustion

  • Laboratory of X-Ray Investigation
    Head: V.I. Ponomarev, Ph.D.
    Fields of Research

    Investigation of poly- and monocrystal materials by all methods of X-ray diffraction in wide temperature region:

    • x-ray phase analysis
    • calculation of the monocrystal structures
    • crystal-chemical analysis
    Investigation of the mechanism and kinetics of solids reactions at atom- crystal structure level:
    • study of crystal structures moving
    • investigation of the fast structure-chemistry transformations using "time resolved x-ray diffraction” method at a resolution time of 0.1 s
    • study of phase-forming dynamics during SHS in the special reaction cell at diffractometer with control conditions (composition, temperature, pressure and gas enviropment)
    • creation of the new materials in reaction cell with x-ray control (structure conversion, temperature dependence, olding, material perfect)