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UV Laser-Induced Graphene Electrode for Supercapacitor and Electrochemical Sensing Applications
Kalpana Settu,
Jang Zern Tsai
, Yu Chi Cheng, Yu Min Du
電機工程學系
研究成果
:
書貢獻/報告類型
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會議論文篇章
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同行評審
1
引文 斯高帕斯（Scopus）
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Keyphrases
UV Laser
100%
Electrochemical Sensing
100%
Laser-induced Graphene Electrode
100%
Laser-induced Graphene
100%
Electrodes for Supercapacitors
100%
Flexible Substrate
66%
Interdigitated Electrodes
66%
Graphene-based Materials
33%
Electrochemical Sensor
33%
Electrochemical Performance
33%
Specific Capacitance
33%
Graphene Electrodes
33%
Graphene
33%
Electrolyte
33%
High Surface Area
33%
NaOH Electrolyte
33%
Sodium Hydroxide
33%
Supercapacitor
33%
Atmospheric Conditions
33%
Electrochemical Characterization
33%
Redox Probe
33%
Electrochemical Devices
33%
Reduction Peak
33%
Few-layer Graphene
33%
Interdigitated Sensor
33%
Emerging Techniques
33%
Cyclic Voltammetry Studies
33%
KOH Electrolyte
33%
Flexible Polyimide
33%
Laser Engraving
33%
Oxidation Peak
33%
Heterogeneous Charge Transfer
33%
Charge Transfer Properties
33%
Stable Response
33%
Cyclic Voltammetry Curve
33%
Engraving Technique
33%
Polyimide Tape
33%
Engineering
Electrochemical Sensing
100%
Sensing Application
100%
Laser-Induced Graphene
100%
Supercapacitor
100%
Graphene
75%
Flexible Substrate
50%
High Surface Area
25%
Electrochemical Sensor
25%
Sensor Electrode
25%
Few-Layer Graphene
25%
Material Science
Supercapacitors
100%
Laser-Induced Graphene
100%
Electrochemical Sensing
100%
Graphene
75%
Cyclic Voltammetry
50%
Capacitance
25%
Electrochemical Device
25%
Polyimide
25%
Few-Layer Graphene
25%
Electrochemical Sensor
25%
Chemistry
Graphene
100%
Supercapacitors
100%
electrode
100%
Cyclic Voltammetry
25%
Surface Area
12%