Optical coherence tomography system based on synthesis of optical coherence function with a wavelength-scanning laser source Review

Hiratsuka H.; Yoshimura T.; Morisaki K.

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Optical coherence tomography system based on synthesis of optical coherence function with a wavelength-scanning laser source Review

机译：Optical coherence tomography system based on synthesis of optical coherence function with a wavelength-scanning laser source Review

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摘要

A new optical coherence tomography system using a wavelength-scanning laser source is presented. The system has the advantage that the depth resolution can be controlled by the scanning range. In general, rapid scanning of the wavelength varies the output power of the laser source, and it is difficult to detect a weak signal of reflected light from the scattering object. By synchronizing the intensity-integrated detector with the variation, the dynamic range of the detection has been improved. To confirm the performance, tomographic imaging of biological tissues is demonstrated. [References: 18]

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来源
《Optical review》 |2000年第5期|442-447|共6页
作者
Hiratsuka H.; Yoshimura T.; Morisaki K.;
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作者单位

KUBOTA Corp, Adv Technol Lab, 1-1 Hama, Amagasaki, Hyogo 6618567.;

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原文格式 PDF
正文语种英语
中图分类光学;
关键词
Optical coherence tomograpy; Coherence function; Wavelength-scanning; Synchronizing; Dynamic range; Biological tissue; Frequency-domain reflectometry; Intraocular distances; Tuning interferometry; High-resolution; Scattering; Microscopy; Diode;

Optical coherence tomography system based on synthesis of optical coherence function with a wavelength-scanning laser source Review

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