Journal Paper 2024

Sensitivity optimization in single-frequency planar microwave sensors for solid and liquid characterization and microfluidics

IEEE Transactions on Microwave Theory and Techniques

Pau Casacuberta Amir Ebrahimi Paris Vélez Lijuan Su Xavier Canalias Kamran Ghorbani Ferran Martín
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Abstract

This paper presents sensitivity optimization techniques for single-frequency planar microwave sensors designed for solid and liquid characterization and microfluidic applications.

Keywords

Sensitivity OptimizationSingle-FrequencyMicrofluidicsMaterial Characterization

Key Findings

Technical Achievements

  • ▸ Single-frequency optimization
  • ▸ Planar sensor design
  • ▸ Microfluidic integration
  • ▸ Sensitivity enhancement

Impact & Applications

  • ▸ Improved characterization
  • ▸ Enhanced microfluidics
  • ▸ Cost-effective solutions
  • ▸ Practical applications

Methodology

Optimization Analysis

Comprehensive sensitivity optimization for single-frequency planar sensors.

Microfluidic Integration

Development of microfluidic-compatible sensor designs.

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