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Efficient electrodeposition can be achieved by using deep eutectic solvent (DES) based electrolytes since solvent decomposition reactions (such as hydrogen evolution reaction in water) do not occur.
The paper is aiming to introduce a new discrete event system (DES) based design methodology for Work Flow Management Systems WFMSS).
In this work, the extractive desulfurization of liquid fuel was investigated using a new polymeric DES based on the salt tetrabutyl ammonium bromide (TBAB).
Also the powerful liquid extraction agent, DES, based on bio-degradable choline chloride, possessed a high efficiency, tolerable safety, low cost, and facile and mild synthesis route.
This paper attempts to develop a DES based novel modeling framework for a multiprocessor system scheduled using an optimal semi-partitioned scheduler and provides a formal DES based fault diagnosis scheme to diagnose the presence of processor failures in the system.
Herein we present a study on the physical/chemical properties of a new Deep Eutectic Solvent (DES) based on N-methylacetamide (MAc) and lithium bis[ trifluoromethyl)sulfonyl]imide (LiTFSI).
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This article first appeared on THUMP DE, based on a discovery by Noisey Alps.
In the study presented here, we analyzed the cortical and hippocampal proteomes of the AD mouse model APP23 using a 2-dimensional gel-electrophoresis (2-DE) based proteomics approach.
However, 2-DE based proteomics is naturally biased towards highly abundant proteins, and is often limited by the availability of genomic data, especially for non-model organisms.
Except for these 2-DE based proteomics analysis, the metabolism and energy functional categories were also overrepresented in a shotgun proteomics of Arabidopsis pollen [ 29].
We also employed two-dimensional electrophoresis (2-DE) based proteomic approaches followed by MS identification to investigate alterations in the proteome due to the gankyrin knockout.
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