Graphene-based tunable terahertz and infrared band-pass filter

This paper presents a sheet of graphene as a simple band-pass filter in terahertz and infrared frequencies. The central frequency and quality factor of this band-pass filter can be tuned by changing the physical parameters, such as the substrate thickness, gate voltage, temperature, and conductivity...

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Published inApplied optics. Optical technology and biomedical optics Vol. 52; no. 22; p. E68
Main Authors Danaeifar, M, Granpayeh, N, Mohammadi, A, Setayesh, A
Format Journal Article
LanguageEnglish
Published United States 01.08.2013
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Abstract This paper presents a sheet of graphene as a simple band-pass filter in terahertz and infrared frequencies. The central frequency and quality factor of this band-pass filter can be tuned by changing the physical parameters, such as the substrate thickness, gate voltage, temperature, and conductivity of the graphene. The effects of these parameters on surface plasmon polariton waves and filter specifications are numerically depicted.
AbstractList This paper presents a sheet of graphene as a simple band-pass filter in terahertz and infrared frequencies. The central frequency and quality factor of this band-pass filter can be tuned by changing the physical parameters, such as the substrate thickness, gate voltage, temperature, and conductivity of the graphene. The effects of these parameters on surface plasmon polariton waves and filter specifications are numerically depicted.
Author Mohammadi, A
Danaeifar, M
Granpayeh, N
Setayesh, A
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Snippet This paper presents a sheet of graphene as a simple band-pass filter in terahertz and infrared frequencies. The central frequency and quality factor of this...
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