The boron alloying causes precipitation of micro-dimensional complex borides within solidifying melt.
The present work may be useful for further understanding of the multiphase system in the serpentine micro-dimensional unit for its design and development.
Certain reports have been made on the importance of surfactants and polymers such as sodium dioctyl sulfosuccinate (AOT), polyethylene glycol (PEG), polypeptides in the self-assembly and morphology control of nano- or micro-dimensional materials [14, 15, 16, 17].
The inkjet-printed films exhibited a smooth morphology on the SPEs at the micro-dimensional scale, as a result of the aggradation and coalescing of the nanoparticles upon deposition.
Also, as it was shown in[13], the OIS with low values of R and, correspondingly, the dominant hybrid network MDI/SS contain nano-scale inclusions of the SS mineral phase, whereas the OIS with high values of R and, correspondingly, the dominant hybrid network PIC/SS contain micro-dimensional inclusions of the SS mineral phase.
The nano-scale inclusions of the SS mineral phase in OIS with the dominant lowly cross-linked network MDI/SS have much highly developed specific active surface with higher number of charge carriers as compared to the micro-dimensional inclusions of the SS mineral phase in the OIS with the dominant highly cross-linked network PIC/SS.
The behaviour of a fluid, which may contain particle suspensions, flowing in micro-dimensional channels is governed by both viscous and surface tension forces as well as high shear rates and geometric effects such as bifurcations, constriction, and high surface-to-volume ratio.
The micro three-dimensional (3D) electrodes with separator are fabricated by using micro electro mechanical systems (MEMS) fabrication technology.
Although various mold temperature controls have been proposed and proven useful in improving micro-feature dimensional accuracy, the required increases in cycle time hinder commercial application.
This study reports a new perfusion-based, micro three-dimensional (3-D) cell culture platform for drug testing using enabling microfluidic technologies.
An innovative method using a micro-three-dimensional acceleration sensor and a micro-three-dimensional gyroscope to trace the motion behavior of a large object in the dense zone of a fluidized bed is proposed here.
