Sentence examples for materials by engineering from inspiring English sources
Our finding provides a novel insight into nanoscale polarization vortices and leads to an entirely new strategy for the tailoring and improvement of fracture toughness in ferroelectric materials by engineering the microstructure of polarization vortices.
Biotechnology can contribute to produce useful nano-materials by engineering bacteriophage nano-particles, which are easily prepared by infecting phages to bacterial host cells.
Our studies uncover the underlying mechanism of H2/CH4 separation in GO membrane, and these understandings could promote efficient two-dimensional layered gas separation membrane materials development by engineering assemblies.
This work implies a possible route to achieve thermal rectifier for 2D materials by defect engineering.
Therefore, it could be of interest to increase the amount of Cr on the surface of relatively cheap materials by surface engineering.
In this paper, recent advances of reducing the thermal conductivity of potential thermal barrier coating materials by defect engineering are comprehensively reviewed.
Changes in plant cell wall materials, by genetic engineering, that render them more easily hydrolyzable to glucose might be a valuable approach to this problem.
Aimed to alter their performances, we herein focuses on the preparation of upgraded organic materials by chemical engineering of graphene oxide (GO) and the systematic study of their electrochemical performance as positive electrodes for LIBs.
The most effective primary prevention measure is substitution with a less harmful material, followed by engineering and hygiene measures supported by a comprehensive risk assessment.
These electrochemical properties are highly dependent on the cathode and anode materials, and can be further improved by engineering of electrode materials [111 123].
These results highlight the potential to promote tolerance through controlled delivery of metabolic modulators that alter DC signaling to polarize T cells, and suggest future gains that could be realized by engineering materials that provide longer term release.
