Parametric Tuning of Laser‐Stokes Sum Frequencies

McCray J. A.; Bunkenburg J.

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Parametric Tuning of Laser‐Stokes Sum Frequencies

机译：激光斯托克斯和频率的参数调整

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The angular dependence of one‐dimensional first (OOE) and second (OEE) index matching has been investigated for optical parametric mixing of Nd:glass laser and SRS Stokes beams from a CS2 or nitrobenzene Raman cell in a room‐temperature KDP crystal. The laser and Stokes electric vectors are decomposed in the nonlinear crystal into their ordinary and extraordinary components and the various components are mixed to produce a sum frequency extraordinary wave at the predicted index‐matching angles. Seven sum frequencies in the visible have been obtained for the case of CS2 at 512, 531, 550, 571, 594, 618, and 644 nm. The laser‐Stokes optical parametric mixer has been found to be a simple, noncritical, discretely tunable laser source in the visible.

机译：对于室温KDP晶体中CS2或硝基苯拉曼电池的Nd：玻璃激光器和SRS斯托克斯束的光参量混合，已经研究了一维第一（OOE）和第二（OEE）折射率匹配的角度依赖性。激光和斯托克斯电矢量在非线性晶体中分解成它们的普通和非常规分量，然后将各种分量混合在一起，以预测的折射率匹配角度产生和频非常规波。对于CS2，在512、531、550、571、594、618和644 nm处已经获得了可见光中的七个和频。激光斯托克斯光学参量混频器被发现是可见光中简单，非关键，可离散可调的激光源。

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来源
《Journal of Applied Physics》 |1969年第10期|共8页
作者
McCray J. A.; Bunkenburg J.;
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Johnson Research Foundation, Department of Biophysics and Physical Biochemistry, University of Pennsylvania, Philadelphia, Pennsylvania 19104;

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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);
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正文语种 eng
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Parametric Tuning of Laser‐Stokes Sum Frequencies

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