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Paper Title : Simulations to inhance the sensitivity of prism based plasmonic sensor using MoS2- PANI nanocomposite
Authors : Mr. Ashutosh Mishra
DOI Link : Na
Abstract :
In this work, we have used prism coupling based plasmonic sensor as a refractive index sensor coated with nanocomposite film over a metal layer. The nanocomposite considered is molybdenum disulphide - polyaniline(MoS2 - PANI). We did the simulations for prism coupling based plasmonic sensor. In simulations, we studied the variation of sensitivity of the sensor by changing the no. of layers of MoS2 and observed the variation of sensitivity by changing the volume fraction of MoS2 in MoS2 – PANI nanocomposite. For analysis, the effective dielectric constant of nanocomposite is calculated by using Maxwell – Garnett model. It has been found that as we increase the no. of layers of MoS2, sensitivity increases and as the volume fraction of MoS2 in MoS2 – PANI nanocomposite increases, sensitivity further increases more.
Keywords : Surface Plasmon resonance, MoS2 – PANI nanocomposite etc.
Available at : https://discoveryjournal.in/dashboard1/papers/DISCOVERY2418743126.pdf
Publication Details :
Registration ID DISCOVERY52
Published Paper ID DISCOVERY2418743126
Published in Volume 1, Issue 1, March 2023
Page number 135-145
ISSN Number XXXXXXX
Journal DOI number : XXXXXXXXX
Paper Title : Simulations to inhance the sensitivity of prism based plasmonic sensor using MoS2- PANI nanocomposite
Authors : Mr. Ashutosh Mishra
DOI Link : Na
Abstract :
In this work, we have used prism coupling based plasmonic sensor as a refractive index sensor coated with nanocomposite film over a metal layer. The nanocomposite considered is molybdenum disulphide - polyaniline(MoS2 - PANI). We did the simulations for prism coupling based plasmonic sensor. In simulations, we studied the variation of sensitivity of the sensor by changing the no. of layers of MoS2 and observed the variation of sensitivity by changing the volume fraction of MoS2 in MoS2 – PANI nanocomposite. For analysis, the effective dielectric constant of nanocomposite is calculated by using Maxwell – Garnett model. It has been found that as we increase the no. of layers of MoS2, sensitivity increases and as the volume fraction of MoS2 in MoS2 – PANI nanocomposite increases, sensitivity further increases more.
Keywords : Surface Plasmon resonance, MoS2 – PANI nanocomposite etc.
Available at : https://discoveryjournal.in/dashboard1/papers/DISCOVERY2418743126.pdf
Publication Details :
Registration ID DISCOVERY52
Published Paper ID DISCOVERY2418743126
Published in Volume 1, Issue 1, March 2023
Page number 135-145
ISSN Number XXXXXXX
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Paper Submission: Throughout the Month
Acceptance Notification: Within 2 days
Areas Covered: Multidisciplinary
Accepted Language: Multiple Languages
Journal Type: Online (e-Journal)
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