Improved Sellmeier Equations and Phase-Matching Characteristics in Deep-Ultraviolet Region of ${hbox {KBe}}_{2}{hbox {BO}}_{3}{hbox {F}}_{2}$ Crystal

Chen C.; Wang G.; Wang X.; Zhu Y.; Xu Z.; Kanai T.; Watanabe S.

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Improved Sellmeier Equations and Phase-Matching Characteristics in Deep-Ultraviolet Region of ${hbox {KBe}}_{2}{hbox {BO}}_{3}{hbox {F}}_{2}$ Crystal

机译：$ {hbox {KBe}} _ {2} {hbox {BO}} _ {3} {hbox {F}} _ {2} $ Crystal的深紫外区域中改进的Sellmeier方程和相位匹配特性

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摘要

A 3.0-mm-thick ${hbox {KBe}} _{2}{hbox {BO}}_{3}{hbox {F}}_{2}$ (KBBF) crystal has been successfully grown and used to fabricate a right angle prism. Its refractive indices were accurately measured with a prism technique at seven wavelengths from 0.4047 to 0.6562 $mu{hbox {m}}$ . Its phase-matching characteristics in deep-ultraviolet (UV) region were investigated. Using the measured indices and phase-matching angles from deep-UV to near infrared, improved Sellmeier equations for KBBF have been derived.

机译：厚度为3.0毫米的$ {hbox {KBe}} _ {2} {hbox {BO}} _ {3} {hbox {F}} _ {2} $（KBBF）晶体已经成功生长并用于制造直角棱镜。使用棱镜技术在0.4047至0.6562 $ mu {hbox {m}} $的七个波长下准确测量了其折射率。研究了其在深紫外（UV）区域的相匹配特性。使用从深紫外到近红外的测量指标和相位匹配角，得出了KBBF的改进的Sellmeier方程。

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来源
《IEEE Journal of Quantum Electronics》 |2008年第7期|p.617-621|共5页
作者
Chen C.; Wang G.; Wang X.; Zhu Y.; Xu Z.; Kanai T.; Watanabe S.;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);
原文格式 PDF
正文语种 eng
中图分类激光技术、微波激射技术;计量学;
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Improved Sellmeier Equations and Phase-Matching Characteristics in Deep-Ultraviolet Region of ${hbox {KBe}}_{2}{hbox {BO}}_{3}{hbox {F}}_{2}$ Crystal

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