As for the high carrier density of 3D MHPs, this problem is simply not present when using the 2D/3D core-shell structure.

While the larger micelles with well-defined core-shell structures took longer to become saturated with dye, they could hold a significantly higher amount of dye.

In this contribution an efficient and modular method is presented to simulate fatigue crack propagation within the framework of linear-elastic fracture mechanics. The FEM code ABAQUS/Standard is used ...