Sentence examples for throughput material from inspiring English sources
Sparing laborious nebulization tests, this study aimed to demonstrate the feasibility of a high throughput, material saving surrogate method to predict protein stability after nebulization.
Our recent work has involved the utilization of band structure in various topics of TE research, i.e., the band convergence, the conductive network, dimensionality reduction by quantum effects, and high throughput material screening.
We believe that these advances in throughput, material consumption and ease-of-use can help to revolutionise protein research in academic and commercial settings.
As an alternative, materials microarray technology has received great attention because it allows for high throughput materials synthesis and screening at a reasonable cost.
Overall, the metabolic profile is dominated by throughput materials (grazed biomass and crops) rather than by materials used to build up stocks (construction minerals, metals, timber).
We believe that this extra layer of complexity on top of high-throughput material experimentation is necessary to tackle the biological complexity and further advance the biomaterials field.
A combination of high-throughput material formulation and microarray techniques were synergistically applied for the efficient analysis of the biological functionality of 135 binary polymer blends.
By combining the band structure calculations and the Boltzmann transport theory, we conducted a high-throughput material screening in half-Heusler (HH) systems, and several promising compositions with high power factors were proposed out of a large composition collection.
The purpose of this work is to explore the viability of leveraging the recently established, high-throughput Materials Knowledge System (MKS) for fast evaluation of high cycle fatigue (HCF) performance of candidate microstructures.
In addition to developing kinetic simulation software for HPC, he studies multi-scale device simulation and optimization and high-throughput materials screening, inverse material design by electronic structure data mining and optimization, and computational battery modeling.
The use of computational modeling to correlate high-throughput gene expression profiling with high throughput combinatorial material design strategies would add power to the analysis of biological effects induced by material properties.
