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Biomedical applications of a fiber b...

Akkin, Taner.

Biomedical applications of a fiber based low-coherence interferometer for quantitative differential phase measurements /

紀錄類型:	書目-語言資料,印刷品 : 單行本
正題名/作者:	Biomedical applications of a fiber based low-coherence interferometer for quantitative differential phase measurements // by Taner Akkin.
作者:	Akkin, Taner.
出版者:	Ann Arbor, MI :UMI Dissertation Services,2003.
面頁冊數:	xvii, 136 p. ;22 cm.
附註:	UMI number : 3117820.
ISBN:	(pbk.) :

Biomedical applications of a fiber based low-coherence interferometer for quantitative differential phase measurements /
Akkin, Taner.

Biomedical applications of a fiber based low-coherence interferometer for quantitative differential phase measurements /by Taner Akkin. - Ann Arbor, MI :UMI Dissertation Services,2003. - xvii, 136 p. ;22 cm.

UMI number : 3117820.

Thesis (Ph.D.)--The University of Texas at Austin, 2003.

This dissertation presents design, implementation, and biomedical applications of a novel polarization-maintaining-fiber based phase sensitive optical low-coherence reflectometer (PS-OLCR). Using dual channels, PS-OLCR detects Angstrom/nanometer scale optical path length changes by calculating phase difference between depth resolved interference fringes. Ability to detect such small changes in optical path length at specific depths is useful in a wide variety of biomedical imaging and sensing applications. Application areas investigated in this dissertation include (i) measurement of analyte concentrations, (ii) imaging surface topography, (iii) cartilage surface response to electrical stimulation, (iv) arterial tissue response to photothermal stimulation, (v) birefringence measurement, and (vi) optical detection of neural activity. For each application, results of PS-OLCR differential phase measurements are presented.

ISBN: (pbk.) :NT3000 Subjects--Index Terms:

Engineering, Electronics and Electrical.

Biomedical applications of a fiber based low-coherence interferometer for quantitative differential phase measurements /
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100 1 $a Akkin, Taner. $3 176169
245 1 0 $a Biomedical applications of a fiber based low-coherence interferometer for quantitative differential phase measurements / $c by Taner Akkin.
260 $a Ann Arbor, MI : $b UMI Dissertation Services, $c 2003.
300 $a xvii, 136 p. ; $c 22 cm.
500 $a UMI number : 3117820.
502 $a Thesis (Ph.D.)--The University of Texas at Austin, 2003.
520 $a This dissertation presents design, implementation, and biomedical applications of a novel polarization-maintaining-fiber based phase sensitive optical low-coherence reflectometer (PS-OLCR). Using dual channels, PS-OLCR detects Angstrom/nanometer scale optical path length changes by calculating phase difference between depth resolved interference fringes. Ability to detect such small changes in optical path length at specific depths is useful in a wide variety of biomedical imaging and sensing applications. Application areas investigated in this dissertation include (i) measurement of analyte concentrations, (ii) imaging surface topography, (iii) cartilage surface response to electrical stimulation, (iv) arterial tissue response to photothermal stimulation, (v) birefringence measurement, and (vi) optical detection of neural activity. For each application, results of PS-OLCR differential phase measurements are presented.
653 $a Engineering, Electronics and Electrical.
653 $a Engineering, Biomedical.
653 $a Interferometers.
653 $a Optical fibers in medicine
690 $a eThesis (Cross access)
710 2 $a University of Texas at Austin. $3 176170