We report on a fast and sensitive temperature sensor using a micro-structured or photonic crystal fiber interferometer with a high germanium doped fiber core. The wavelength sensitivity for temperature variation was as high as δλ/δT= 78 pm/ C up to 500 C, which was 6 times more sensitive than the fiber Bragg grating temperature sensitivity of δλ/δT= 13 pm/ C at 1550 nm. The sensor device was investigated concerning the sensitivity characteristics and response time
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
Optical fibers are expansively applicable to multiple industries such as engineering, medical, and m...
Optical fibers are expansively applicable to multiple industries such as engineering, medical, and m...
The fundamental mode cutoff properties of Ge-doped microstructured fibers, filled with a liquid, per...
In this Final Year Project, the thermo-properties of PCF was changed by using non-selective infiltra...
In this Final Year Project, the thermo-properties of PCF was changed by using non-selective infiltra...
A fiber temperature sensor based on no core fiber-few mode fiber-no core fiber (NCF-FMF-NCF) is prop...
Author name used in this publication: M. S. Demokan2006-2007 > Academic research: refereed > Publica...
The microhole collapsing effect technique is a relatively simple fabrication process that produces P...
The microhole collapsing effect technique is a relatively simple fabrication process that produces P...
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
Optical fibers are expansively applicable to multiple industries such as engineering, medical, and m...
Optical fibers are expansively applicable to multiple industries such as engineering, medical, and m...
The fundamental mode cutoff properties of Ge-doped microstructured fibers, filled with a liquid, per...
In this Final Year Project, the thermo-properties of PCF was changed by using non-selective infiltra...
In this Final Year Project, the thermo-properties of PCF was changed by using non-selective infiltra...
A fiber temperature sensor based on no core fiber-few mode fiber-no core fiber (NCF-FMF-NCF) is prop...
Author name used in this publication: M. S. Demokan2006-2007 > Academic research: refereed > Publica...
The microhole collapsing effect technique is a relatively simple fabrication process that produces P...
The microhole collapsing effect technique is a relatively simple fabrication process that produces P...
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
A miniature high-sensitivity, high-temperature fiber sensor with an interferometer based on a bare s...
Optical fibers are expansively applicable to multiple industries such as engineering, medical, and m...
Optical fibers are expansively applicable to multiple industries such as engineering, medical, and m...