In the paper the evolution equations are discussed so as to enable aphenomenological description of microstruchtral behaviour e.g . partially reversible flowof Maxwellian gas, recovery structural relaxation and other ...In the paper the evolution equations are discussed so as to enable aphenomenological description of microstruchtral behaviour e.g . partially reversible flowof Maxwellian gas, recovery structural relaxation and other experimental results coming from light scattering and molecular dynamics .The result deals with the revaluation of Zaremba s ansatz.It leads to resolution of problems with substantial and available nonlinearities in the transport equation.展开更多
文摘In the paper the evolution equations are discussed so as to enable aphenomenological description of microstruchtral behaviour e.g . partially reversible flowof Maxwellian gas, recovery structural relaxation and other experimental results coming from light scattering and molecular dynamics .The result deals with the revaluation of Zaremba s ansatz.It leads to resolution of problems with substantial and available nonlinearities in the transport equation.
