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Chapters
- 00:05Title
- 00:56Sensor Design and Fabrication
- 03:06Experimental Apparatus
- 04:10Sample Preparation
- 04:39Experimental Procedure
- 05:53Parallel-plate Waveguide: Terahertz Microfluidic Sensing
- 06:53Conclusion
The procedure for implementing a refractive index sensor for terahertz frequencies based on a grooved parallel-plate waveguide geometry is described here. The method yields a measurement of the refractive index of a small volume of liquid through monitoring of the shift in the resonant frequency of the waveguide structure
Tags
TerahertzMicrofluidic SensingParallel-plate Waveguide SensorRefractive Index SensingNoninvasiveLabel-free SensingInterferometersResonatorsBiological MaterialsAqueous SolutionsDNA HybridizationGenome SequencingQuality ControlIndustrial Processes MonitoringNonpolar MaterialsPhotonic Crystal WaveguidesAsymmetric Split-ring ResonatorsPhotonic Band Gap StructuresOptical ResonatorsResonant Frequency ShiftMaterial IdentificationContamination MonitoringDilution Monitoring
