Jet impingement cooling for reliable high efficiency operation of 980 nm diode pumps at elevated temperatures

机译：喷射冲击冷却可在高温下使980 nm二极管泵可靠高效地运行

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We report on the development of 980 nm diode lasers operating with high efficiency and which show little change in performance as the liquid coolant temperature increases from 20 to 50 °C. These results are enabled by the application of a novel jet impingement cooling approach.

机译：我们报告了980 nm二极管激光器的发展情况，该激光器工作效率高，并且随着冷却液温度从20°C升高到50°C，性能几乎没有变化。这些结果是通过应用新型射流冲击冷却方法实现的。

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来源
《25th International Semiconductor Laser Conference》|2016年|1-2|共2页
会议地点 Kobe(JP)
作者
Jenna Campbell; Paul O. Leisher; Tadej Semenic; Avijit Bhunia; Milan Mashanovitch; Daniel Renner;
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作者单位

Freedom Photonics, LLC - Santa Barbara, California USA;

Freedom Photonics, LLC - Santa Barbara, California USA;

Teledyne Scientific Co. - Thousand Oaks, California USA;

Teledyne Scientific Co. - Thousand Oaks, California USA;

Freedom Photonics, LLC - Santa Barbara, California USA;

Freedom Photonics, LLC - Santa Barbara, California USA;

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会议组织
原文格式 PDF
正文语种 eng
中图分类
关键词
Biology; Orifices; Coolants; Performance evaluation;

机译：生物学；孔口；冷却剂；性能评估;

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1. Lasing wavelength change suppression of 980 nm pump laser diodes - 980 nm pump laser diodes suitable for metropolitan applications [J] . Kazushige Kawasaki, Kimio Shigihara, Hiromasu Matsuoka, 電子情報通信学会技術研究報告. レ-ザ·量子エレクトロニクス. Lasers and Quantum Electronics . 2003,第59期

机译：抑制980 nm泵浦激光二极管的波长变化-980 nm泵浦激光二极管适用于城市应用
2. Lasing wavelength change suppression of 980 nm pump laser diodes - 980 nm pump laser diodes suitable for metropolitan applications [J] . Kazushige Kawasaki, Kimio Shigihara, Hiromasu Matsuoka, 電子情報通信学会技術研究報告. レ-ザ·量子エレクトロニクス. Lasers and Quantum Electronics . 2003,第59期

机译：激光波长抑制980 nm泵激光二极管 - 适用于大都市应用的980纳米泵激光二极管
3. Highly Reliable and High Power 980nm Pump Laser Diode Module for Undersea Cable Systems [J] . Masashi Usami, Yuichi Matsushima, Hideyoshi Horie IEICE Transactions on Communications . 2001,第5期

机译：用于海底电缆系统的高可靠性和高功率980nm泵浦激光二极管模块
4. Jet impingement cooling for reliable high efficiency operation of 980 nm diode pumps at elevated temperatures [C] . Jenna Campbell, Paul O. Leisher, Tadej Semenic, International Semiconductor Laser Conference . 2016

机译：喷射冲击冷却，用于高温980nm二极管泵的可靠高效操作
5. Low temperature hybrid micro-channel/micro-jet impingement cooling [D] . Sung, Myung Ki 2008

机译：低温混合微通道/微喷射冲击冷却
6. Development of Temperature Distribution and Light Propagation Model in Biological Tissue Irradiated by 980 nm Laser Diode and Using COMSOL Simulation [O] . Kawthar Shurrab, Nabil Kochaji, Wesam Bachir 2017

机译：980 nm激光二极管辐照生物组织中温度分布和光传播模型的建立及其COMSOL仿真。
7. Eficiência do laser diodo 980 nm em comparação à da glicose a 75% na oclusão de veias da orelha de coelhos The efficiency of the diode laser 980 nm compared to glucose 75% in occlusion of the veins in rabbit ears [O] . Paulo Roberto da Silva Lima, Marcelo Araújo, Guilherme Benjamin Brandão Pitta, 2011

机译：980 nm二极管激光效率与兔耳静脉阻塞75％葡萄糖相比980 nm激光二极管的效率与耳朵中75％葡萄糖相比
8. Two-Phase Flow in High-Heat-Flux Micro-Channel Heat Sink for Refrigeration Cooling Applications. Part 2: Low Temperature Hybrid Micro- Channel/Micro-Jet Impingement Cooling; Final rept. 1 Apr 2007-30 Sep 2008 [R] . Mudawar, I., Lee, J., Sung, M. K. 2008

机译：用于制冷冷却应用的高热通量微通道散热器中的两相流。第2部分：低温混合微通道/微射流冲击冷却;最终的评论。 2007年4月1日至2008年9月30日

Jet impingement cooling for reliable high efficiency operation of 980 nm diode pumps at elevated temperatures

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