Kozlov G.V. | Авторы | Mekhanika | kompozitsionnykh | materialov i konstruktsii
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Kozlov G.V.
Dzhangurazov B.Zh.
,
Karnet Yu.N.
,
Kozlov G.V.
,
Yanovsky Yu.G.
7
Nanofilled composites “polymer/organoclay”. Structure and mechanical properties by fractal analysis evaluation
>
Volume 15
>
№4
/ 2009 / Pages: 539-552
Aloev V.Z.
,
Karnet Yu.N.
,
Kozlov G.V.
,
Yanovsky Yu.G.
,
Zhirikova Z.M.
3
The geometry of carbon nanotubes at medium of polymer composites matrix
>
Volume 18
>
№1
/ 2012 / Pages: 131-153
Kozlov G.V.
,
Lipatov Yu.S.
,
Yanovsky Yu.G.
3
The fractal analysis of the structure and properties of inter-phase layers in polymer composites with dispersible filler
>
Volume 8
>
№1
/ 2002 / Pages: 111-149
Karnet Yu.N.
,
Kozlov G.V.
,
Yanovsky Yu.G.
2
Fractal description of reinforcement mechanism of disperse-filled polymer composites
>
Volume 17
>
№2
/ 2011 / Pages: 203-208
Atlukhanova L.B.
,
Karnet Yu.N.
,
Kozlov G.V.
2
The modulus of elasticity of polymer matrix for nanocomposites polyurethane/carbon nanotube
>
Volume 24
>
№4
/ 2019 / Pages: 634-643
Kozlov G.V.
,
Magomedov G.V.
,
Yakh'yaeva Kh.Sh.
,
Yanovsky Yu.G.
1
A synergetics of aggregation processes and interfacial phenomena in nanocomposites polypropylene/calcium carbonate
>
Volume 20
>
№3
/ 2014 / Pages: 414-422
Boiko O.V.
,
Karnet Yu.N.
,
Kornev Yu.V.
,
Kozlov G.V.
,
Yanovsky Yu.G.
1
Physical model of polymer nanostructural composites behavior in nanoindentation experiments
>
Volume 16
>
№3
/ 2010 / Pages: 445-453
Kozlov G.V.
,
Mikitaev A.K.
,
Slonov A.L.
,
Yanovsky Yu.G.
0
The deformation mrchanisms of trarticulate-filled comtrosites on the basis of trolytrrotrylene.
>
Volume 19
>
№4
/ 2013 / Pages: 492
Kozlov G.V.
,
Mikitaev A.K.
,
Slonov A.L.
,
Yanovsky Yu.G.
0
The deformation mrchanisms of particulate-filled composites on the basis of polypropylene
>
Volume 20
>
№4
/ 2013 / Pages: 492-500
Karnet Yu.N.
,
Kozlov G.V.
,
Yanovsky Yu.G.
0
Interphase layers formation mechanism into elastomer composites filled with disperse particles and its description in frame of fractal approach
>
Volume 17
>
№3
/ 2011 / Pages: 351-361
Kozlov G.V.
,
Lipatov Yu.S.
,
Yanovsky Yu.G.
0
A fractal model for describing structural variations of polymeric matrix in dispersed filled composites
>
Volume 8
>
№4
/ 2002 / Pages: 467-474
Kozlov G.V.
,
Lipatov Yu.S.
,
Yanovsky Yu.G.
0
Fractal analysis of aggregations of particles of filler in polymeric composites
>
Volume 9
>
№3
/ 2003 / Pages: 398-448
Aphashagova Z.Kh.
,
Karnet Yu.N.
,
Kozlov G.V.
,
Yanovsky Yu.G.
0
Peculiarities of mechanical behavior of thermoplastic composites filled with nanoparticles according to fractal analysis
>
Volume 15
>
№1
/ 2009 / Pages: 137-148
Khalikov R.M.
,
Kozlov G.V.
,
Yanovskiy Yu.G.
0
Fractal model permselectivity a silane-siloxane block copolymer
>
Volume 10
>
№3
/ 2004 / Pages: 449-455
Karnet Yu.N.
,
Kozlov G.V.
,
Yanovskiy Yu.G.
0
Fractal model of elastomer reinforcement filler dispersion
>
Volume 11
>
№3
/ 2005 / Pages: 446-450
Atlukhanova L.B.
,
Karnet Yu.N.
,
Kozlov G.V.
0
The structure of nanofiller and interfacial contacts in nanocomposites polymer/carbon nanotube
>
Volume 25
>
№3
/ 2019 / Pages: 354-364
Dolbin I.V.
,
Karnet Yu.N.
,
Kozlov G.V.
,
Vlasov A.N.
0
Comparative analysis of the efficiency of reinforcing polymer nanocomposites with 2d nanofillers using the example of polyimide/na+-montmorrillonite and polyvinyl alcohol/graphene oxide
>
Volume 28
>
№2
/ 2022 / Pages: 247-254
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