This paper introduces a high precision analog multiplexer to be used in multi-channel neural recording micro-systems.
The model presented is just one possible implementation for a single thermal zone, although it has been designed to be used in multi-zone models.
In this work, nutrients and decomposition products present in ACH were characterized with the goal of formulating a synthetic hydrolysate, which will be used in multi-omics analysis for understanding the inhibition mechanisms of the lignocellulosic hydrolysate.
First, although we included seven datasets in the gene ranking, many additional datasets now exist or will be released in the near future that may be used in multi-species data integration.
The protocol will be tested in a pilot study before it will be used in multi-center studies.
In specific case, cells which are made in different techniques can be used in multi-bit adder.
Due to the high computation efficiency, the FFT-based method also has a great potential to be used in multi-scale computation analysis for textile composites.
In this paper, we are interested in an interface reconstruction method for 3D arbitrary convex cells that could be used in multi-material flow simulations for instance.
This paper presents a novel, simple method for reducing external operating condition datasets to be used in multi-generation system optimization models.
In this paper, we propose a non-iterative interface reconstruction method for 2D planar and axisymmetric geometries that is valid for arbitrary convex cells and intended to be used in multi-material simulation codes with sharp interface treatment for instance.
