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The design, fabrication, simulation and characterization of the prototype valve are described.
The design and the characterization of the prototype are described and the main performances are reported and compared to literature.
The experimental characterization of the prototype, performed by using a specifically designed application for Android smartphone systems, has demonstrated the validity of the proposed approach.
An optical characterization of the prototype using a ray-tracing program has been performed, and the results have been used as an initial hypothesis to define two thermal models adapted from the European Standard.
The design, construction and characterization of the prototype are described, including simulation of the propagation of an experimental signal, measured in a pool, over a distance of 1 km.
The purpose of the study is twofold: (1) to provide a comprehensive characterization of the prototype response, notably in terms of efficiency, event selection, energy and angular resolution; (2) to validate the simulation tool to support data analysis and reduction, and also to help in the design of more complex fast neutron telescopes.
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Electrochemical characterization results of the prototype with NaNO3 electrolyte demonstrate that the 3D supercapacitor exhibits an outstanding overall performance.
Following the successful fabrication and optical performance characterization of the MRFL prototypes, the MRFL prototypes was evaluated on a live porcine model at the live animal lab in the Keck School of Medicine at the University of Southern California.
The results of the full characterization of the first prototype are presented.
In this work, we present the results of a full characterization of the VSiPMT prototype.
The characterization of the antenna prototype shows a frequency tunable rate of 14.5% under an electric field of 375 kV/cm, with a tunability performance η = 0.04.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com