Interlamination

Interlamination resistance is of interest in laminated core structures as the flow of eddy currents between laminations is a function of this resistance.

The transitions are by rather uniform and gradual changes in the relative abundance of minerals in the component layers and by small-scale interlamination of layers of markedly different composition; gradation by gradual change is perhaps predominant.

Interlamination faults were also simulated and analysed using FEM.

The pore sizes of the heterogeneous PCHs are between the microsized zeolite (with a pore size of less than 1 nm) and mesosized materials (with pre sizes of 2-50 nm), so that the heavy oil, biological molecules, and other macromolecules can enter the interlamination of PCHs for processing and selective catalysis.