Electromagnetic susceptibility’s equilibrium elastic coefficient

Electromagnetic susceptibility s equilibrium elastic coefficient determine according to equation [4] ... 

It was determined, that electromagnetic susceptibility s equilibrium elastic coefficient does not depend on temperature (Table 1). It is values and values of weighting coefficient decrease slope oppositional to hardeners molar amounts ratio that can be ejqrlained by growth of intermolecular interaction s level during the increase of crosssite chains average numerical degree of polymerization. 

It was proved experimentally, that expressions (4) and (5) are effective only for hyperelastic state of cross-linked polymers. To describe change of strain electromagnetic anisotropy in all cross-linked polymers physical states will consider strain electromagnetic susceptibility s C (MPa" ) and electromagnetic susceptibility elastic coefficient s relaxation operators. Suppose that they are submitted by such appropriateness, by which equilibrium properties in equation (5)... 

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