Liu et al. [14] outline a broad phase that represents objects as a collection of spheres processed using spatial partitioning, followed by full-sort sweep and prune along a single axis chosen to minimise the number of overlaps.
Both the simple electron- and hydrogen-atom-transfer mechanisms are outer-sphere processes.
The reaction pathway involved in O2– disproportionation has also been addressed using DFT to explore the potential energy surface, in inner-sphere processes.
To use 430 nm PS spheres, RIE process is necessary to reduce the size of PS spheres to obtain a proper size of pits.
The loading of SnO2on the surface of carbon hollow spheres was processed, and its PL property was also characterized.
The morphology and the sphere growth process of this material are investigated by scanning electron microscopy in detail.
Before being used in the micro-sphere-assembled process, the BK7 glass substrate is immerged in a mixed solution of sulfuric acid/hydrogen peroxide (3:1) for more than 1 h at 80 °C.
Based on a comprehensive analysis of the ball rotation motion, geometrical arrangement and stiffness of the whole grinding system, a reliable mechanics model was successfully developed for predicting the sphere forming process.
This has been difficult to address in our system, as we have not sorted out the CD133+ cells before the sphere culturing process.
Thus, the differed sensitivities for CPT and etoposide shown in Figures 8 and 9, probably stem from active cellular mechanisms, obtained by the sphere formation process.
