
Микроскопическое строение и механические свойства электрореологических жидкостей в электрическом поле исследовались в рамках компьютерного квантовомеханического моделирования. В качестве частиц твердой фазы рассматривались модифицированные полиимиды. Моделирование проводилось для электрических полей с различной напряженностью. Микроскопические характеристики сдвиговой деформации (модуль сдвига) электрореологических жидкостей рассматривались при варьировании химического строения дисперсной фазы, диэлектрической проницаемости вязкой среды, величины сдвиговой деформации, концентрации диэлектрических частиц твердой фазы.
The microscopic structure and mechanical properties of electrorheological fluids in an electric field were investigated by means of quantum-mechanical computer simulation. Modified polyimides were considered as the solid-phase particles. The simulation was performed for electric fields of different intensity. The microscopic characteristics of shear deformation (shear modulus) of the electrorheological fluids were considered by varying the chemical structure of the dispersed phase, dielectric permittivity of a viscous medium, magnitude of the shear strain, and concentration of dielectric particles of the solid phase.
ЭЛЕКТРОРЕОЛОГИЧЕСКИЕ ЖИДКОСТИ,КВАНТОВОМЕХАНИЧЕСКОЕ МОДЕЛИРОВАНИЕ,ПОЛИИМИДЫ,СДВИГОВАЯ ДЕФОРМАЦИЯ,ELECTRORHEOLOGICAL FLUIDS,QUANTUM-MECHANICAL SIMULATION,POLYIMIDES,SHEAR DEFORMATION
ЭЛЕКТРОРЕОЛОГИЧЕСКИЕ ЖИДКОСТИ,КВАНТОВОМЕХАНИЧЕСКОЕ МОДЕЛИРОВАНИЕ,ПОЛИИМИДЫ,СДВИГОВАЯ ДЕФОРМАЦИЯ,ELECTRORHEOLOGICAL FLUIDS,QUANTUM-MECHANICAL SIMULATION,POLYIMIDES,SHEAR DEFORMATION
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