ABSTRACT
Equilibrium Coefficient ..................................................................................... 53 6.4.3 Weighting Coefficients .......................................................................... 54 6.4.4 Parameters of Α -Relaxation Times’ Spectrum ...................................... 54 6.4.5 Prediction of Thermomechanical and Thermooptical Experiments
Course ............................................................................................................... 56 6.5 Conclusion ......................................................................................................... 57 Keywords ................................................................................................................... 59 References .................................................................................................................. 59
6.1 INTRODUCTION
During projection of fabrication high strength radioparent fiberglass product’s technological process appears a task of choice of optimum cross-linked polymer matrix, which has combination of as much as possible isotropic and stable radioparence
coefficient and good viscoelastic propertieshigher value of viscoelastic module, or lower it is inverse propertypliability in specified fields of temperatures and tensions (determined by conditions of product’s operation). Rating of these rates and accordingly substantiation of polymer system’s choice is realized in the network of various mathematical descriptions [1]. However, calculations of them is not realized forever, since by modeling of viscoelastic properties module’s or pliability’s momentary constituent inputs without affixment to defined cross-linked polymers’ physical state, and appropriateness of temperature time realization of cross-linked polymers’ strain electromagnetic anisotropyquantity, inversely proportional to isotropy of radioparence’s coefficient, were derived only for their hyperelastic state. Therefore objective of this chapter is to develop conceptions about change of cross-linked polymers interconnected viscoelastic and electromagnetic properties in different physical states.
