The growing direction of the microcracks and macrocrack were determined experimentally and predicted using the critical plane approaches.
On as-received and etched (111) STO, ZnO films show the same growing direction of polar (0001), but different in-plane orientations with 30° rotation.
Electron diffraction patterns reveal that these crystals are flat-on single crystals with the PCL molecular chains (c axis) in the blends slightly tilted with respect to the lamella normal, while the b direction of the crystal lattice, corresponding to the fast growing direction of the growth front, follows a S line.
In order to investigate the detailed structure of a banded spherulite observed by polarized light microscopy, we develop a new image processing technique that can visualize defects (band defects) in the concentric bands and determine the growing directions of crystals everywhere in a spherulite.
Therefore, among the many growing directions of DCEA, there is the so-called "differential regulation analysis"(DRA), which integrates the transcription factor (TF -to-target informaTF -to-target upsTF -to-targetory events that account for the observed co-expressinformation.
The seed layer played another important role in the growth of ZnO nanowire arrays, as it provided nucleation sites and determined the growing direction and density of the nanowire arrays for reducing the thermodynamic barrier.
In this regard, the seed layer on the Si nanowire surface plays an important role in the growth of branched ZnO/Si nanowire arrays as it provides nucleation sites and determines the growing direction and density of the ZnO nanowire arrays for reducing the thermodynamic barrier.
They grow in direction of the current flow, i.e. usually perpendicular to the sample surface, independent of the crystal orientation.
Primary roots exhibit positive gravitropism and grow in the direction of the gravitational vector, while shoots respond negatively and grow opposite to the gravitational vector.
Taking advantage of the "modular" strategy Pollan describes, they grow in the direction of motion while leaving their trailing parts to die.
