Research
Research
Publications
Selected Talks
Misc
Resume
Contacts
  
  1. Three-dimensional model for chemoresponsive polymer gels Presentation

  2. Modeling Multi-Component Reactive Membranes Presentation

  3. Dynamics of Ternary Mixtures with Photosensitive Chemical Reactions: Designing Three Dimensional Ordered Composites Presentation
  4. Modeling chemical reactions in immiscible fluids in microchannels Presentation (windows Only) & PDF file
  5. Local control of periodic pattern formation in driven binary immiscible fluid Presentation (windows Only) & PDF file
  6. Binary Fluid within the Microchannels: Morphological instabilities and periodic droplet formation.

  7. Binary Fluid within the Microchannels: Mixing and flow control.
  8. Modeling ternary fluids with reversible chemical reactions.

  9. Lattice-Boltzman modeling.
  10. Theory of colloidal liquid crystalline systems.
  11. Theory of dye-doped liquid crystals.
  12. Theory of radiation effects in organic liquids.
    We developed the model of conductivity of organic liquids with several kind of dopants (dissociative impurities, donors, acceptors) under irradiation.
    The model accounts for the interaction of radiation-induced intrinsic ions and impurity ions.
    We obtained a numerical solution of the system of kinetic equations for the concentrations of impurities as well as analytical expression for the conductivity in the low intensity limit.
    In particular, our model allows to explain the decrease in conductivity with irradiation experimentally observed for the organic liquids. We found that the decrease in conductivity can be explained by the bounding and immobilization of the most mobile impurity species.
    For details, see:
    • O.V. Kuksenok, V.I. Sugakov, S.V. Shiyanovskii. On the mechanism of ionizing irradiation negative effect on conductivity of liquid crystals. Ukrainian Physical Journal, 37 (4), 589-594 (1992).
    • O.V. Kuksenok, V.I. Sugakov, S.V. Shiyanovskii. Conductivity of liquid crystals with donor and acceptor dopants under irradiation. Ukrainian Physical Journal, 39 (6), 692-695 (1994).

|Research| |Publications| |Recent Talks| |Misc| |Resume| |Contacts|