Analysis of cutoff frequency in a one-dimensional superconductor-metamaterial photonic crystal

Aly, Arafa H.; Aghajamali, Alireza; Elsayed, Hussein A.; Mobarak, Mohamed

doi:10.1016/j.physc.2016.05.025

Cited by 49 publications

(12 citation statements)

References 17 publications

(23 reference statements)

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“…The description of frequency dependent dielectric properties of the DNG, represents layer A and the lossless superconductor represents layer B in the Dodecanacci quasi sequence are appended below. The frequency dependent numerical formula for calculating the permittivity, ε A (f ) and the permeability, µ A (f ) of the DNG material are given by [5,16,25].…”

Section: B Constituent Materialsmentioning

confidence: 99%

“…Based on the properties of metamaterials, superconductor, and PCs, researchers now intend to investigate the transmittance of one-dimensional PCs in the visible and microwave regions. It was suggested that the combination of superconductor NbN with DNG metamaterials is possible to design the metamaterial superconductor PC because of the feasibility of coating [25].…”

Section: Introductionmentioning

confidence: 99%

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Dodecanacci superconductor-metamaterial photonic quasicrystal

Nayak¹,

Aghajamali²,

Solaimani³

et al. 2020

Preprint

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Using the transfer matrix method, the present paper attempt to determine the properties of the photonic spectra of the Dodecanacci superconductor-metamaterial one-dimensional quasiperiodic multilayer. The numerical calculation is supported by using the transfer matrix method. At first, we analyze the transmission for Dodecanacci quasicrystal for different generations. After that, we analyze the effect of the thickness of the building blocks and the operating temperature. We observed that a vast number of forbidden bandgaps and transmission pecks are developed in its transmission spectra up to a certain generation number of Dodecanacci quasiperiodic sequence. If the generation number increases further, then the bandgaps become wider. According to the obtained results, depending on its generation, this structure can be used as an optical reflector or narrowband filter.

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Section: B Constituent Materialsmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Dodecanacci superconductor-metamaterial photonic quasicrystal

Nayak¹,

Aghajamali²,

Solaimani³

et al. 2020

Preprint

Self Cite

View full text Add to dashboard Cite

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“…Одномерные ФК [17] Трехмерной конфигурации ФК соответствует периодичность упаковки в трех измерениях [37,38]. Обычно примерами 3D-структур считают опалы [9] и инвертированные опалы [39].…”

Section: природные и синтетические фотонные кристаллыunclassified

Sensors Based on Photonic Crystals

et al. 2018

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Chemical sensors are one of the most demanded tools of modern analytical chemistry. Recently, devices based on the registration of color changes upon reflecting visible irradiation from the surface of so-called "photonic crystals" (PC) have begun to be used for analytical chemistry purposes. Some advantages of this method are the possibility of visual detection of substances, relatively high sensitivity, and the ability to change the properties of such sensors by varying the element base of the PC. The effect of various mechanical, electrical, optical, chemical and other factors on the objects under study leads to additional changes in the spectral responses from the PC surface with deposited materials. A sufficiently short response time allows the use of such sensors for the operational control of various substances with a high degree of hazard. In the long term, such devices can be used as test systems for the detection and analysis of a wide class of chemical and biological substances. This review is devoted to various types of sensors based on photonic crystals. It deals with: photonic crystals of natural and synthetic origin; various possible structures of PC; causes of the appearance of characteristic optical properties; detection of mechanical, thermal, electrical, magnetic and optical effects on the PC, as well as effects on organic compounds of various classes; areas of application of sensors based on PC.

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“…After the pioneering work of Yablonovitch and John in 1987 (John, 1987 ; Yablonovitch, 1987 ), a large number of PC-related projects was proposed. Over the past several years, PCs have been broadly used in many applications, including sensing (Barry & Wiltzius, 2006 ; Potyrailo et al, 2007 ; Huang et al, 2013 ; Zhang et al, 2015b ; Li et al, 2016b ), biodetection (Wang et al, 2013 ; Cai et al, 2014 , Massad-Ivanir et al, 2014 ; Ye et al, 2014 ; Ayyub & Kofinas, 2015 ; Cai et al, 2015a ,b), displays (Arsenault et al, 2007 ; Kang et al, 2011 ; Su et al, 2014 ), optical devices (Li et al, 2010 ; Scofield et al, 2011 ; Li & Meng, 2014 ; Wan et al, 2016 ; Aly et al, 2017 ; Liberal & Engheta, 2017 ), superconductor (Zhang et al, 2012 ; Aly et al, 2015 ; Aly et al, 2016 ) and solar cells (Agustín et al, 2011 ; Bayram & Halaoui, 2013 ; Park et al, 2014 ).…”

Section: Introductionmentioning

confidence: 99%

Photonic crystal materials and their application in biomedicine

Chen¹,

Chen

Chen³

et al. 2017

Drug Delivery

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Photonic crystal (PC) materials exhibit unique structural colors that originate from their intrinsic photonic band gap. Because of their highly ordered structure and distinct optical characteristics, PC-based biomaterials have advantages in the multiplex detection, biomolecular screening and real-time monitoring of biomolecules. In addition, PCs provide good platforms for drug loading and biomolecule modification, which could be applied to biosensors and biological carriers. A number of methods are now available to fabricate PC materials with variable structure colors, which could be applied in biomedicine. Emphasis is given to the description of various applications of PC materials in biomedicine, including drug delivery, biodetection and tumor screening. We believe that this article will promote greater communication among researchers in the fields of chemistry, material science, biology, medicine and pharmacy.

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Analysis of cutoff frequency in a one-dimensional superconductor-metamaterial photonic crystal

Cited by 49 publications

References 17 publications

Dodecanacci superconductor-metamaterial photonic quasicrystal

Dodecanacci superconductor-metamaterial photonic quasicrystal

Sensors Based on Photonic Crystals

Photonic crystal materials and their application in biomedicine

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