Graphene-based D-shaped fiber multicore mode interferometer for chemical gas sensing

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

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Material Science

100
Interferometer Material Science
100
Graphene Material Science

Keyphrases

100
Graphene-based Mate... Keyphrases
100
Multicore Keyphrases
100
D-shaped Fiber Keyphrases
100
Chemical Gas Sensin... Keyphrases
100
Mode Interferometer Keyphrases
66
High Sensitivity Keyphrases
66
Graphene Coating Keyphrases
33
Fiber Devices Keyphrases
33
Extinction Ratio Keyphrases
33
Free Spectral Range Keyphrases
33
Transmission Spectr... Keyphrases
33
Monitoring Capabili... Keyphrases
33
Online Monitoring Keyphrases
33
Graphene Keyphrases
33
Biochemical Sensing Keyphrases
33
In-fiber Keyphrases
33
Sensing Scheme Keyphrases
33
Maximum Sensitivity Keyphrases
33
Gas Detection Keyphrases
33
Hybrid Sensing Keyphrases
33
Chemical Gas Sensor Keyphrases
33
Lab-on-fiber Keyphrases
33
Evanescent Field En... Keyphrases
33
Multimode Interfero... Keyphrases
33
Adsorption of Gas M... Keyphrases

INIS

100
gases INIS
100
fibers INIS
100
interferometers INIS
100
graphene INIS
60
sensitivity INIS
40
spectra INIS
20
monitoring INIS
20
detection INIS
20
range INIS
20
molecules INIS
20
transmission INIS
20
hybrids INIS
20
devices INIS
20
ammonia INIS
20
sensors INIS
20
adsorption INIS

Engineering

100
Graphene Engineering
100
Multicore Fiber Engineering
20
Extinction Ratio Engineering
20
Evanescent Engineering
20
Gas Sensor Engineering
20
Gas Molecule Engineering
20
Multimode Fiber Engineering
20
Biochemicals Engineering
20
Field Enhancement Engineering
20
Chemical Fiber Engineering
Research OutputsResearch Output authored by Graphene-based D-shaped fiber multicore mode interferometer for chemical gas sensing is tagged with the concept