[Er-YAG激光器的研制与医学应用]。

Y Okamoto, A Kobayashi, A Awazu, H Ogino, T Ban
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引用次数: 0

摘要

报道了铒钇铝石榴石激光器及其输送系统的研究进展。Er-YAG激光的波长为2.94微米,光束被水吸收的速率高于其他激光光束。Er-YAG激光器具有重复脉冲振荡,脉冲宽度为400亩/秒,重复频率在5 ~ 10次脉冲/秒之间。平均功率最大4w, 10pps。激光器的光纤由锆- f -玻璃制成。我们对Er-YAG激光在兔动脉和心肌上的应用前景进行了研究,并对人体动脉进行了体外检测。组织学检查可见非常清晰的切口。没有热损伤的迹象,锋利的切割表面没有碳化。实验结果表明,Er-YAG激光器在血管整形激光领域具有良好的应用前景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Development and medical application of Er-YAG laser].

Result of developments of Er-YAG laser and its delivery system were reported. Er-YAG laser's wavelength is 2.94 microns, the beam absorption rate by water is higher than other laser beam. Er-YAG laser has repeated pulse oscillation, pulse width is 400 mu, sec, the repeat frequency is between 5 to 10 pulse per second. The mean power is 4 W maximum, 10 pps. The fibers of laser are made of zirconium-F-glass. We carried out a study on the possible application of the Er-YAG laser on the rabbit arteries and myocardium and human arteries were examined in vitro. Very clear cuts were observed on the histological examination. There were no evidence of thermal damage, no carbonization on the sharp cutting surface. Experimental result showed that Er-YAG lasers had good potential for angioplastic laser.

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