Highly sensitive surface plasmon resonance sensor based on the anti-resonant fiber with six nested tubes

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Material Science

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Surface Plasmon Material Science
16
Refractive Index Material Science
16
Fiber Optics Material Science
16
Finite Element Meth... Material Science
16
Plasmonic Metamater... Material Science
16
Optical Fiber Sensi... Material Science
16
Liquid Material Science
16
Phase Composition Material Science

Keyphrases

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Sensor-based Keyphrases
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Highly Sensitive Keyphrases
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Surface Plasmon Res... Keyphrases
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Nested Tubes Keyphrases
100
Anti-resonant Fiber Keyphrases
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Surface Plasmon Res... Keyphrases
50
Fiber Surface Keyphrases
25
Optical Fiber Senso... Keyphrases
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Finite Element Meth... Keyphrases
25
Chemical Analysis Keyphrases
25
High Sensitivity Keyphrases
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Manufacturing Compl... Keyphrases
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Biomedicine Keyphrases
25
Plasmonic Materials Keyphrases
25
Continuous Developm... Keyphrases
25
Refractive Index De... Keyphrases
25
Wavelength Sensitiv... Keyphrases
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Optical Fiber Sensi... Keyphrases
25
Optica Keyphrases
25
Liquid Refractive I... Keyphrases
25
Antiresonant Tubes Keyphrases

INIS

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surfaces INIS
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plasmons INIS
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fibers INIS
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sensors INIS
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resonance INIS
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tubes INIS
33
sensitivity INIS
33
optical fibers INIS
16
manufacturing INIS
16
detection INIS
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length INIS
16
refractive index INIS
16
liquids INIS
16
resolution INIS
16
wavelengths INIS
16
finite element meth... INIS
16
chemical analysis INIS
Research OutputsResearch Output authored by Highly sensitive surface plasmon resonance sensor based on the anti-resonant fiber with six nested tubes is tagged with the concept