Response function and transfer matrix for a perfect sheet

The perfect sheet model which treats layered 2D materials as an infinitesimally thin sheet is gaining acceptance in the science community. In regards to this, a response function Υ for a polarizable and conducting perfect sheet is introduced. This response function Υ is considered in the matrix form...

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Main Authors:	Simon, Rhenish C., Hermosa, Nathaniel D.
Format:	text
Published:	Animo Repository 2020
Subjects:	Two-dimensional materials Graphene Radio wave propagation Physics
Online Access:	https://animorepository.dlsu.edu.ph/faculty_research/11583
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Institution:	De La Salle University

id	oai:animorepository.dlsu.edu.ph:faculty_research-11555
record_format	eprints
spelling	oai:animorepository.dlsu.edu.ph:faculty_research-115552024-03-25T23:27:49Z Response function and transfer matrix for a perfect sheet Simon, Rhenish C. Hermosa, Nathaniel D. The perfect sheet model which treats layered 2D materials as an infinitesimally thin sheet is gaining acceptance in the science community. In regards to this, a response function Υ for a polarizable and conducting perfect sheet is introduced. This response function Υ is considered in the matrix formalism on reflection, transmission and absorption of light for optical systems that involve 2D materials. Examples on how to use the matrix formalism are shown in this paper. 2020-10-01T07:00:00Z text https://animorepository.dlsu.edu.ph/faculty_research/11583 Faculty Research Work Animo Repository Two-dimensional materials Graphene Radio wave propagation Physics
institution	De La Salle University
building	De La Salle University Library
continent	Asia
country	Philippines Philippines
content_provider	De La Salle University Library
collection	DLSU Institutional Repository
topic	Two-dimensional materials Graphene Radio wave propagation Physics
spellingShingle	Two-dimensional materials Graphene Radio wave propagation Physics Simon, Rhenish C. Hermosa, Nathaniel D. Response function and transfer matrix for a perfect sheet
description	The perfect sheet model which treats layered 2D materials as an infinitesimally thin sheet is gaining acceptance in the science community. In regards to this, a response function Υ for a polarizable and conducting perfect sheet is introduced. This response function Υ is considered in the matrix formalism on reflection, transmission and absorption of light for optical systems that involve 2D materials. Examples on how to use the matrix formalism are shown in this paper.
format	text
author	Simon, Rhenish C. Hermosa, Nathaniel D.
author_facet	Simon, Rhenish C. Hermosa, Nathaniel D.
author_sort	Simon, Rhenish C.
title	Response function and transfer matrix for a perfect sheet
title_short	Response function and transfer matrix for a perfect sheet
title_full	Response function and transfer matrix for a perfect sheet
title_fullStr	Response function and transfer matrix for a perfect sheet
title_full_unstemmed	Response function and transfer matrix for a perfect sheet
title_sort	response function and transfer matrix for a perfect sheet
publisher	Animo Repository
publishDate	2020
url	https://animorepository.dlsu.edu.ph/faculty_research/11583
_version_	1795381022965104640

Response function and transfer matrix for a perfect sheet

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