Evaluating the correlation between microscopic defects and macroscopic performance of these materials is crucial for the design of UHTCs.
To provide a better understanding of the effects of these parameters on microscopic displacement mechanisms and macroscopic performance of a polymer flood process, a comprehensive experimental study was conducted using five two-dimensional glass micromodels.
A key to achieve this goal is reaction kinetics, bridging the gap between microscopic elementary chemical reactions and macroscopic performance of catalysts.
The present work was performed to reveal the integrated effects of material microstructure and surface microscopic geometry on the performance of Al2O3-based composite ceramic cutting tools in intermittent turning.
An anisotropic nonlinear crystal mechanics model is developed for a class of ductile aluminum alloys, with the intent of relating microscopic features and properties to performance of the alloys deformed at high strain rates that may arise during impact and blast events.
We report here a prospective study on fifty-three consecutive patients whose native valves were sent to the bacteriological and pathological laboratories, to investigate the performance of direct microscopic examination of imprints and valve culture.
We report here a prospective study on 53 native valves sent to both bacteriological and pathological laboratories to investigate the performance of direct microscopic examination of imprints (DMEI) and valve culture to confirm and/or find the etiologic agent of acute endocarditis [ 2, 3].
The microscopic physics, device physics, and system performance of quantum well infrared photodetectors (QWIPs) are reviewed.
K-means clustering results of two microscopic image datasets show that the performance of the proposed IF1F2 color space is better than that of the classical RGB and HSV color spaces.
Experiments on the displacement of the microactuator have been carried out by a microscopic image system to evaluate the performance of the design as well as to demonstrate validity of the modeling.
