id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
fis-1903	Nurullaev, E.; Ermilov, A. S.; Lyubimova, N. Yu.	Dependence of mechanical characteristics from composition and structure and optimization of mechanical fracture energy of polymer composite material based on high-molecular rubbers	2017	9	.pdf	application/pdf	4852	229	42	i m i                   (2) where:    , , ch r m – vectors of cross-linking mole concentration, polymer volume fraction in the binder and effective extent of volume filling, respectively; φsw– plasticizer volume fraction, coherent with polymer volume fraction (φm) as ratio   ( ) 1r sw ; In – variety of indexes for composition; n –quantity of composition calculation types.  Mcch , where  is polymer density, Mc – average internodal molecular weight of the polymer binder; φr =1- φsw – polymer volume fraction in the composite binder, sw – plasticizer volume fraction in the binder; R – universal gas constant; T∞ – equilibrium temperature, at which concentration of “physical” (intermolecular) bonds (νph) is negligible; Tg – glass transition temperature of the polymer binder; T – sample test temperature (of numerical experiment);    1 a – velocity shift coefficient,    1 a = 1 at standard relative extension rate    1, c accepted for science and industry; φ – filler volume fraction; φm – maximum filler volume fraction, depending on fractional composition, particle shape and physicochemical interaction on the filler – binder interface.	cache/fis-1903.pdf	txt/fis-1903.txt