Laboratory of

Physics of New Smart
Polymer Materials

Chair of Polymer and Crystal Physics

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      Moscow State University Russian Academy of Sciences      
  •   Group
    Projects and Grants

      International Grants

  • «Smart Elastomeric Materials» (Regensburg University of Applied Sciences, Germnany, since 2013)

  • «Study of magnetorheological elastomer and development of vibration damper on its basis» (RFBR-NSFC, № 12-03-91163-GFEN_a, 2011-2012)

  • «The global network of materials research: collaboration between scientists from Russia and the United States in the subfield of responsive micellar layers on the surface - a complex experimental and theoretical approach» (RFBR-NSF, № 07-03-91352-NNF_a, 2007-2010)

      Grants of Russian Foundation for Basic Research            

  • «Theoretical study of formation of nano-aggregates in polymer systems as a result of a balance between hydrophobic and Coulomb interactions» (№ 14-03-31500 mol_a, since 2014)

  • «Development and complex study of fundamental properties of a new class of functional hybrid materials on the basis of highly elastic matrix and magnetic filler» (№ 13-03-00914 A, since 2013)

  • «Magnetically controlled composite materials based on hyperbranched organosilicon compounds» (№ 13-03-12147 ofi_m, since 2013)

  • «Investigation of nanostructures arising as a result of ion association in polyelectrolyte systems» (№ 08-03-01024-a, 2008-2010)

  • «Investigation of micelle formation and aggregation processes in ion-containing polymer systems» (№ 03-03-32704-a, 2003-2005)

  • «Formation of nanostructures in the adsorbed copolymers: theory and computer simulation» (№ 00-03-33107-a, 2000-2002)

  • «Ionomer effect in polyelectrolyte theory» (№ 97-03-32765-a, 1997-1999)

      Grants of Ministy of Education and Science of Russian Federation

  • «Development of a new class of magnetically controlled elastomers for applications in energy-absorbing structures of vehicles» (state contract № 11.519.11.3022, 2011-2013)

  • «Development and complex study of the fundamental properties of a new class of magnetically nanostructured elastomers» (NK-415P, contract № 6, 2009-2011)

  • «Controllable magnetic elastomers capable of changing their shape, dimensions and viscoelasticity under external magnetic fields for new types of active damper systems» (state contract № 02.513.12.3021, 2008-2009)

  • «Controllable magnetic elastomers: synthesis, investigation of properties and seal design on the basis of them» (state contract № 02.513.11.3018, 2007-2008)

  •   Research
  •   Publications
  •   Collaboration
  •   Teaching
  •   Projects