EXPERIMENTAL AND NUMERICAL INVESTIGATION OF BIOSENSORS PLASMONIC SUBSTRATES INDUCED DIFFERENCES BY E-BEAM, SOFT AND HARD UV-NIL FABRICATION TECHNIQUES

Experimental and numerical investigation of biosensors plasmonic substrates induced differences by e-beam, soft and hard UV-NIL fabrication techniques

This paper compares plasmonic substrates manufactured by three lithography methods: E-beam, soft and hard UV NanoImprint Lithography.The different 75 corvette door panels plasmonic modes existing in samples made of an array of gold nanostructures on gold film are investigated for biochemical detections taking advantage of Surface Plasmon Resonance

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A Framework to Facilitate Firebrand Characterization

Generation of firebrands from various fuels has been well-studied in the past decade.Limited details have been released about the methodology for characterizing firebrands such as the proper sample size and the measurement process.This study focuses on (1) finding the minimum required sample size to represents the characteristics of the population,

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