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Electric-field assisted silicon nanowire field effect transistor for the ultra-low concentration nucleic acid detection
Chia Hsuan Lee
, Wen Pin Hu
,
Wen Yih Chen
認知智慧與精準健康照護研究中心
化學工程與材料工程學系
研究成果
:
雜誌貢獻
›
期刊論文
›
同行評審
7
引文 斯高帕斯（Scopus）
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研究計畫
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深入研究「Electric-field assisted silicon nanowire field effect transistor for the ultra-low concentration nucleic acid detection」主題。共同形成了獨特的指紋。
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Keyphrases
Acid Diffusion
50%
Capability Design
25%
Compact Design
25%
Detection Time
25%
Disease Diagnosis
25%
Disease Prognosis
25%
Electric Field (E-field)
75%
Electric Field Assistance
100%
Electrical Field
25%
Equilibrium Time
25%
External Electric Field
25%
Field-effect Transistors
25%
Gate Voltage
25%
Hybridization Kinetics
25%
Hybridization Reaction
25%
Immobilization Time
25%
Injection Flow Rate
50%
Ligand Density
25%
Liquid Gate
25%
Negative Voltage
25%
Nucleic Acid Detection
100%
Nucleic Acids
50%
NWFET
25%
Polysilicon
25%
Probe Immobilization
50%
Reaction Rate
25%
Reaction Time
25%
Real-time Capability
25%
Sensor Surface
25%
Silicon Nanowire FET
25%
Silicon Nanowire Field-effect Transistor (SNWFET)
100%
Slow Injection
25%
Stable Diffusion
25%
Superior Performance
25%
Target DNA
25%
Ultra-low Concentration
100%
Engineering
Bioinstrumentation
20%
Electric Field
100%
External Electric Field
20%
Field Effect Transistor
80%
Field-Effect Transistor
100%
Flow Rate
40%
Flow Velocity
40%
Gate Voltage
20%
Ligand Density
20%
Nanowire
100%
Polysilicon
20%
Reach Equilibrium
20%
Sensor Surface
20%
Material Science
Biosensor
14%
Density
28%
Field Effect Transistor
100%
Nanowire
100%
Nucleic Acid
100%
Silicon
100%
Surface (Surface Science)
28%
Chemical Engineering
Nanowire
100%
Polysilicon
25%