The phrase "characterization platform" is correct and usable in written English.
It is often used to describe a platform that is used to evaluate the characterization of a project, product, or person. For example, "The software engineer designed a characterization platform to help evaluate new recruits."
We demonstrate the fabrication of a novel micromachined Thermoelectric Nanowire Characterization Platform (TNCP) which will be utilized to characterize the thermoelectric properties of a single thermoelectric Bi2Te3 nanowire.
Ultimately, the combined stress/μRaman in situ technique can be leveraged as a characterization platform for a wide variety of electrode materials for advancing battery performance.
A low-stress silicon nitride diaphragm-based device characterization platform is fabricated to study the influence of the Cr/Au film stress on the diaphragm compliance.
In addition, a fan characterization platform is developed for better quality control and logging of the electrical parameters during fan manufacturing.
This aptamer characterization platform is broadly useful for studying aptamer-ligand interactions, comparing aptamer properties, screening functional aptamers during in vitro selection processes, and prototyping aptamers for integration into nucleic acid devices.
Considering the influence of layout parasitic parameters on the measurement results, commutation rules and independent junction temperature control, a universal high-power switching characterization platform is built and operated.
In previous research [1 5] we have successfully performed the design and application of thermoelectric nanowire characterization platforms (TNCPs).
For the 8-µm and 10-µm air gap device characterization platforms, the largest capacitance changes of 5.1% and 4.3%, respectively, occur at a compressive film stress of − 200 MPa.
In the endeavor to test the cornerstone premise of precision oncotherapy, that is, determining if modulating a specific molecular aberration in a patient's tumor with a correspondingly specific therapeutic agent improves clinical outcomes, the design of clinical trials with embedded genomic characterization platforms which guide therapy are an increasing challenge.
The main focus of this work is to use grasses with a diverse range of lignin properties, and applying multiple lignin characterization platforms, attempt to correlate the differences in these lignin properties to the susceptibility to alkaline hydrogen peroxide (AHP) pretreatment and subsequent enzymatic deconstruction.
Development of standard practices for aptamer selection, characterization, and platform integration would extend their application beyond the small subset of aptamers used in proof-of-concept studies and accelerate the associated design cycle.
