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Electro-based sensors and surface engineering
Milan Mrksich
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Corresponding author for this work
Biomedical Engineering
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Keyphrases
United States
100%
Europe
100%
Japan
100%
Surface Engineering
100%
Australia
100%
Sensing Field
100%
Sensing Strategy
100%
Sensor Engineering
100%
Mass Spectrometry
50%
Sample Preparation
50%
Development Activities
50%
Biological Recognition
50%
Engineering Activities
50%
Electrical Current
50%
Performance Metrics
50%
Early Development
50%
Product Development
50%
Structure Performance
50%
Sensing Mechanism
50%
Electrical Properties
50%
Binding Events
50%
Electrical Potential
50%
Current Activity
50%
Sensor-based
50%
Academic Laboratory
50%
Physical Changes
50%
Industrial Setting
50%
Recognition Events
50%
Radioactivity
50%
Performance Reliability
50%
Transduction Schemes
50%
Market Factors
50%
Cost Structure
50%
Industrial Activities
50%
Sensor Development
50%
Government Laboratories
50%
Product Commercialization
50%
Design Preparation
50%
Electrical Scheme
50%
Microfluidic Structure
50%
Receptor Design
50%
Non-electrical
50%
Engineering
Engineering
100%
Japan
100%
Australia
100%
United States
100%
Engineering Strategy
50%
Sensing Mechanisms
50%
Strong Emphasis
50%
Metrics
50%
Schuhmann
50%
Industrial Activity
50%
Biochemistry, Genetics and Molecular Biology
Mass Spectrometry
100%
Maturation
100%
Electric Potential
100%
Electric Current
100%
Material Science
Surface Engineering
100%
Product Development
50%
Chemical Engineering
Mass Spectrometry
100%