摘要
From the structure of layer stacking of Lunijianlaite and its host and theory of nonequilibrium thermodynamics, a nonlinear dynamical model named “Shenkuoator” has been presented under the condition of nonequilibrium. The numerical results have been successfully used to explain the self-organized ordering phenomenon at two levels in the apparent single-crystal. Hence, the latter has been confirmed as crystallization product of the supersaturated silicate solution, whose chemical composition is between that of cookeite and pyrophyllite, under the conditions of nonequilibrium and nonlinearity.
From the structure of layer stacking of Lunljianlaite and its host and theory of nonequilibrium thermodynamics, a nonlinear dynamical model named 'Shenkuoator' has been presented under the condition of nonequilibrium. The numerical results have been successfully used to explain the self-organized ordering phenomenon at two levels in the apparent single-crystal. Hence, the latter has been confirmed as crystallization product of the supersaturated silicate solution, whose chemical composition is between that of cookeite and pyrophyllite, under the conditions of nonequilibrium and nonlinearity.
