A shear-inclusive micromechanical model for two different stacking arrangements is developed.
TGN with different stacking arrangements is used as metal and semiconductor contacts in a Schottky transistor junction.
The change of corresponding d values suggested different stacking units with various nanostructures of the aggregates in the gels [42].
Numerical and experimental investigations were carried out on three different stacking sequences of notched, thin ply carbon/epoxy laminates.
In the proposed model, different stacking arrangements of trilayer graphene nanoribbon are assumed as metal and semiconductor contacts to form a Schottky transistor.
Besides, CNFs have cylindrical nanostructures with different stacking arrangements of graphene sheets such as stacked platelet, ribbon, or herringbone [11, 14].
In order to understand effects of stacking lean angle to canned nuclear coolant pump, this paper numerically investigated three different stacking lean angles.
This differs from the observation that poly(A) and poly(U) have different stacking properties (63, 64), and the sequence dependence of terminal dangling end stacking where enhancement from multiple A's is different from that of multiple U's (39).
The variety of structures resulting from different stacking sequences of a fixed chemical composition are termed polytypes.
Both of them consist of a double 1 1 layer and have monoclinic symmetry, but they distinguish themselves by different stacking sequences of the two 1 1 silicate layers.
However, these two phases exhibit a different stacking structure.
