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紧凑型中红外固体激光器散热性能分析
张阔; 于德洋; 何洋; 潘其坤; 陈飞; 李殿军
2017
Source Publication中国激光
Pages26-31
Abstract针对中红外固体激光器结构紧凑、抽运源模块温度要求严苛等引起的激光器散热难题,采用强制对流冷却、半导体制冷与热管导热等多种方法相结合建立了激光器的散热系统。应用COMSOL有限元软件建立了紧凑型中红外固体激光器散热系统有限元模型,利用温度传感器采集激光器侧壁和内部温度数据,对比有限元计算结果验证了模型的有效性。基于此模型计算了在不同环境温度条件下如风扇转速、热管等参数对激光器散热结果的影响,提高风扇转速、增加热管等方式可提高激光器散热效果,并且随着环境温度升高,散热效果改善明显。
Keyword激光器 固体激光器 温度分布 强制对流散热 热管
DOIF4E67D1E39B4D9A0808D31064E5377C6
Language中文
Citation statistics
Document Type期刊论文
Identifierhttp://ir.ciomp.ac.cn/handle/181722/58443
Collection中科院长春光机所知识产出
Recommended Citation
GB/T 7714		 张阔,于德洋,何洋,等. 紧凑型中红外固体激光器散热性能分析[J]. 中国激光,2017:26-31.
APA 张阔,于德洋,何洋,潘其坤,陈飞,&李殿军.(2017).紧凑型中红外固体激光器散热性能分析.中国激光,26-31.
MLA 张阔,et al."紧凑型中红外固体激光器散热性能分析".中国激光 (2017):26-31.
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