Waveguide-based cavity ring-down spectroscopy (CRD) can be used for quantitative measurements of chemical concentrations in small amounts of liquid, in gases or in films. The change in ring-down time can be correlated to analyte concentration when using fiber optic sensing elements that change their attenuation in dependence of either sample absorption or refractive index. Two types of fiber cavities, i.e., fiber loops and fiber strands containing reflective elements, are distinguished. Both types of cavities were coupled to a variety of chemical sensor elements, which are discussed and compared
We developed a chemical sensor based on cavity-ringdown spectroscopy.Side polished fiber is fabricat...
Due to its simplicity, versatility, and straightforward interpretation into absolute concentrations,...
For electrical and chemical industry, the sensor should be capable of monitoring physical and chemic...
In recent years, optical fiber chemical sensors are paid increasing attentions due to their elect...
In recent years, optical fiber chemical sensors are paid increasing attentions due to their electri...
High purity and precisely mixed liquid solutions are important to a variety of industrial processes,...
Cavity ring-down (CRD) is a sensitive variant of traditional absorption spectroscopy that has found ...
Author Institution: Department of Chemistry, Princeton UniversityRecent investigations have led to t...
Author Institution: Department of Chemistry, Princeton UniversityRecent investigations have led to t...
A novel sensor for detecting very low concentrations of chemicals in water and other liquids is pres...
Author Institution: Department of Chemistry, Queen`s University, Kingston, Ontario, CanadaMany comme...
High purity and precisely mixed liquid solutions are important to a variety of industrial processes,...
Fibre loop cavity ring-down spectroscopy (FLCRDS) is a relatively new technique, which extends the m...
Author Institution: Department of Chemistry, Princeton UniversityA novel device for quantitative mea...
Author Institution: Department of Chemistry, Princeton UniversityA novel device for quantitative mea...
We developed a chemical sensor based on cavity-ringdown spectroscopy.Side polished fiber is fabricat...
Due to its simplicity, versatility, and straightforward interpretation into absolute concentrations,...
For electrical and chemical industry, the sensor should be capable of monitoring physical and chemic...
In recent years, optical fiber chemical sensors are paid increasing attentions due to their elect...
In recent years, optical fiber chemical sensors are paid increasing attentions due to their electri...
High purity and precisely mixed liquid solutions are important to a variety of industrial processes,...
Cavity ring-down (CRD) is a sensitive variant of traditional absorption spectroscopy that has found ...
Author Institution: Department of Chemistry, Princeton UniversityRecent investigations have led to t...
Author Institution: Department of Chemistry, Princeton UniversityRecent investigations have led to t...
A novel sensor for detecting very low concentrations of chemicals in water and other liquids is pres...
Author Institution: Department of Chemistry, Queen`s University, Kingston, Ontario, CanadaMany comme...
High purity and precisely mixed liquid solutions are important to a variety of industrial processes,...
Fibre loop cavity ring-down spectroscopy (FLCRDS) is a relatively new technique, which extends the m...
Author Institution: Department of Chemistry, Princeton UniversityA novel device for quantitative mea...
Author Institution: Department of Chemistry, Princeton UniversityA novel device for quantitative mea...
We developed a chemical sensor based on cavity-ringdown spectroscopy.Side polished fiber is fabricat...
Due to its simplicity, versatility, and straightforward interpretation into absolute concentrations,...
For electrical and chemical industry, the sensor should be capable of monitoring physical and chemic...