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INFRARED OPTICAL MATERIALS WITH TRANSMISSION IN THE 8-14 MICRON AND 1-10 MILLIMETER REGIONS

机译：在8-14微米和1-10毫米区域内传输的红外光学材料

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Vacuum-type Bridgman furnacenCrystal growth of fluoridesnPurifications and growth of lead halidesnDielectric properties of crystals.

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年度 1963
页码 1-22
总页数 22
原文格式 PDF
正文语种 eng
中图分类工业技术;
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1. Structure-optical property correlations of arsenic sulfide glasses in visible, infrared, and sub-millimeter regions [J] . McCloy J.S., Riley B.J., Sundaram S.K., Journal of Non-Crystalline Solids: A Journal Devoted to Oxide, Halide, Chalcogenide and Metallic Glasses, Amorphous Semiconductors, Non-Crystalline Films, Glass-Ceramics and Glassy Composites . 2010,第25a27期

机译：可见，红外和亚毫米区域内硫化砷玻璃的结构-光学性质相关性
2. Optical filters dimensions and thermal operation conditions impact on its transmission considerations innear infrared (NIR) optical spectrum transmission region [J] . Optoelectronics and Advanced Materials-Rapid Communications . 2014,第2014期

机译：滤光片的尺寸和热工况会影响其在红外（NIR）光谱传输区域附近的传输注意事项
3. Transmission Properties of Materials in the Millimeter Wave Region [J] . Journal of Applied Physics . 1948,第11期

机译：毫米波区域中材料的传输特性
4. Optical fiber modal noise in the 0.8 to 1.5 micron region and implications for near infrared precision radial velocity measurements [C] . Keegan S. McCoy, Lawrence Ramsey, Suvrath Mahadevan, Conference on ground-based and airborne instrumentation for astronomy IV . 2012

机译：0.8至1.5微米范围内的光纤模态噪声及其对近红外精密径向速度测量的影响
5. Ultrafast Laser-Induced Damage Threshold of the Optical Materials in Near-Infrared Region [D] . Lee, Yun Jo. 2017

机译：UltraFast激光诱导近红外区域光学材料的损伤阈值
6. Millimeter wave direct-current transmission and reflection spectral data of some organic photo-responsive materials [O] . Biswadev Roy, Taylor Knapp, Corrine Miller, 2020

机译：一些有机光敏材料的毫米波直流透射和反射光谱数据
7. Figure 9: (A–C) Optical images of the hadrosaur skin and sediment debris from the microtome. The white rectangles show the region magnified in each successive image. (D) Transmission image at 280 eV of the boxed region in C, showing the inorganic material. The yellow rectangle shows the area studied in detail using STXM and depicted in Fig. 11. (E) Transmission image at 300 eV of the same area, showing the organic material. [O] . -1

机译：图9：（a-c）皮肤病皮肤的光学图像和来自切片机的沉积物碎片。白色矩形显示在每个连续图像中放大的区域。（d）在C中的盒区280eV处的透射图像显示无机材料。黄色矩形显示使用STXM详细研究的区域，并在图11中描绘。（e）在相同区域的300eV处的透射图像，显示有机材料。
8. INFRARED OPTICAL MATERIALS WITH TRANSMISSION IN THE 8-14 MICRONS AND 1-10 MILLIMETERS REGIONS [R] . A. Smakula 1965

机译：在8-14微米和1-10毫米区域内传输的红外光学材料

INFRARED OPTICAL MATERIALS WITH TRANSMISSION IN THE 8-14 MICRON AND 1-10 MILLIMETER REGIONS

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