Publication | Closed Access
Full-color CO2 gas sensing by an inverse opal photonic hydrogel
69
Citations
23
References
2013
Year
Photonic SensorEngineeringGas SensorChemistryChemical EngineeringOptical PropertiesCarbon AerogelsChemical SensorPorous SensorFunctional MaterialsBiophotonicsGas DetectionOptical SensorsElectrochemical Gas SensorSensorsCo2 GasSensor DesignCo2 SensorCo2 Gas SensingOptical Sensor
CO2 gas sensing is of great importance because of the impact of CO2 on global climate change. Here, utilizing an inverse opal hydrogel, we describe a CO2 gas sensing method that allows highly sensitive and selective detection over a wide concentration range. The CO2 sensor is specific, quantitative, interference tolerant and without the need for special instruments.
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