Major concerns arise about marine pollution due to human and industrial activities. The quality of sensing system response depends upon the materials used to realize sensors. There are different techniques used for the purposes of this kind of research that makes easier to reveal main parameters such as: Temperature, salinity, waiving, wind, chlorophyll, oxygen, depth, etc. The paper presents an optical fiber sensor design using nanotechnology. The sensor will be used on floating buoys for autonomous marine detection. The sensor principle is based on photochromatography and to be realized using a waveguide for conducting light for multimodal approach.
Environmental monitoring of sea: optical fiber sensor design
Maggi S;Passarella G;Barca E
2016
Abstract
Major concerns arise about marine pollution due to human and industrial activities. The quality of sensing system response depends upon the materials used to realize sensors. There are different techniques used for the purposes of this kind of research that makes easier to reveal main parameters such as: Temperature, salinity, waiving, wind, chlorophyll, oxygen, depth, etc. The paper presents an optical fiber sensor design using nanotechnology. The sensor will be used on floating buoys for autonomous marine detection. The sensor principle is based on photochromatography and to be realized using a waveguide for conducting light for multimodal approach.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
