Most of the tests performed on frame structures only focused on planar structures, or three-dimensional structures loaded along one single direction.
The review focusses on planar and spherical brushes.
The paper focuses on planar manipulators, the basic concepts being currently extended to their three-dimensional counterparts.
However, most of them only focused on planar revolute joints [23, 24, 25, 26, 27, 28, 29], which means only radial clearance has been considered, axial clearance has been scarcely taken into discussion.
Different from these two works, our work focuses on planar defect-free-like nanowires whose experimental results are more deceptive (i.e., showing no clue of defects from either TEM images or electron diffraction patterns) and presents out correct approaches to investigate these nanowires.
However, the current reports mainly focusing on the planar electrode, where the catalyst utilization and the number of active sites are limited due to the lower exposed specific surface area (SSA) of supporting electrodes.
For all nickel samples, analysis carried out at 500× magnification focused on the planar surface of each sample.
Previous works focused on the planar flows handled by Lees Edwards or Kraynik Reinelt boundary conditions, while the new versions of the cell list algorithm presented here are formulated to handle the general 3D deforming simulation geometry.
Initial studies of anticancer activity with organoiridium complexes focused on square-planar IrI complexes because of their structural and electronic similarity to PtII anticancer complexes such as cisplatin.
Here we present studies designed to improve the fundamental understanding of the role of solvent vapor on performance of planar FAIMS, focusing on solvent trends with molecular size and effects of temperature.
