All Stories

  1. Self-Propulsion of Water-Supported Liquid Marbles Filled with Sulfuric Acid

    Article • The Journal of Physical Chemistry B, July 2018, American Chemical Society (ACS)

    Irina Legchenkova

  2. Steady magnetic field drives soap bubbles

    Article • Surface Innovations, July 2018, ICE Publishing

    Irina Legchenkova

  3. Drop-wise and film-wise water condensation processes occurring on metallic micro-scaled surfaces

    Article • Applied Surface Science, June 2018, Elsevier

    Irina Legchenkova

  4. Toward an Understanding of Magnetic Displacement of Floating Diamagnetic Bodies, I: Experimental Findings

    Article • Langmuir, May 2018, American Chemical Society (ACS)

    Irina Legchenkova

  5. Thermocatalytic pyrolysis of CO molecules. Structure and sorption characteristics of the carbon nanomaterial

    Article • Low Temperature Physics, April 2018, American Institute of Physics

    Irina Legchenkova, Professor Alexander Vitoldovich Dolbin

  6. Isolated spherical impurity in noble gas crystals

    Article • Low Temperature Physics, October 2017, American Institute of Physics

    Irina Legchenkova

  7. The effect of the thermal reduction on the kinetics of low-temperature 4He sorption and the structural characteristics of graphene oxide

    Article • Low Temperature Physics, March 2017, American Institute of Physics

    Irina Legchenkova, Professor Alexander Vitoldovich Dolbin

  8. Microstructural and transport properties of superconducting FeTe0.65Se0.35crystals

    Article • Superconductor Science and Technology, November 2016, Institute of Physics Publishing

    Irina Legchenkova

  9. Influence of CO molecular impurity on the structural and thermodynamic properties of fullerite C60, in a broad range of sorption temperatures

    Article • Low Temperature Physics, February 2016, American Institute of Physics

    Irina Legchenkova

  10. X-ray studies of barium manganite Ba6Mn24O48 in the magnetic transition region

    Article • Low Temperature Physics, February 2016, American Institute of Physics

    Irina Legchenkova

  11. Effect of nitrogen sorption mechanisms on the properties of fullerite C60over a wide range of temperatures

    Article • Low Temperature Physics, August 2014, American Institute of Physics

    Irina Legchenkova

  12. Saturation of fullerite C60 with hydrogen: Adsorption crossover studies

    Article • Low Temperature Physics, October 2012, American Institute of Physics

    Irina Legchenkova

  13. Dynamics of He atoms adsorbed on a carbon nanotube

    Article • Low Temperature Physics, June 2011, American Institute of Physics

    Irina Legchenkova

  14. Novel mechanism of the negative thermal expansion of doped fullerite C60

    Article • Low Temperature Physics, May 2010, American Institute of Physics

    Irina Legchenkova

  15. Effect of impurity oxygen molecules on the structural and thermodynamic properties of fullerite C60

    Article • Low Temperature Physics, March 2010, American Institute of Physics

    Irina Legchenkova

  16. Process of intercalation of C60 with molecular hydrogen according to x-ray diffraction data

    Article • Low Temperature Physics, March 2009, American Institute of Physics

    Irina Legchenkova

  17. X-ray studies of the effects of intercalation of C60 fullerite crystals by Ne atoms

    Article • Low Temperature Physics, January 2007, American Institute of Physics

    Irina Legchenkova

  18. Diffusion of He atoms in fullerite

    Article • Physica B Condensed Matter, May 2006, Elsevier

    Irina Legchenkova

  19. Hysteretic phenomena in Xe-doped C60 from x-ray diffraction

    Article • Low Temperature Physics, May 2005, American Institute of Physics

    Irina Legchenkova

  20. Intercalation of C60 fullerite with helium and argon at normal temperature and pressure

    Article • Low Temperature Physics, May 2003, American Institute of Physics

    Irina Legchenkova

  21. Structure and photoluminescence of helium-intercalated fullerite C60

    Article • Low Temperature Physics, December 2002, American Institute of Physics

    Irina Legchenkova