Joining strategy for high heat flux materials

机译：高热通量材料的加入策略

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Abstract: A bonding strategy was developed for joining carbon/carbon composites and beryllium to copper. The methodology used was first to control the interface properties by employing ion beam enhanced deposition (IBED) on the surface of the specimen. This process allowed the formation of a graded interface layer to alleviate the mismatch in coefficient of thermal expansion and an additional surface layer to be deposited for subsequent bonding. Joining was then performed using a traditional diffusion bonding technique or an infrared assisted bonding technique. The integrity of the joint was determined by nondestructive measurement of the thermal conductance through the joint. Extremely high values of thermal conductance were registered, indicating that very high quality joints were obtained. !6

机译：摘要：提出了一种将碳/碳复合材料和铍与铜连接的粘结策略。首先使用的方法是通过在样品表面上采用离子束增强沉积（IBED）来控制界面特性。该过程允许形成渐变的界面层以减轻热膨胀系数的不匹配，并沉积额外的表面层以用于随后的粘结。然后使用传统的扩散粘结技术或红外辅助粘结技术进行连接。接头的完整性是通过无损测量通过接头的导热系数来确定的。记录到极高的热导率值，表明获得了非常高质量的接头。！6

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来源
《High Heat Flux Engineering II》|1993年|p.182-195|共14页
会议地点 San Diego CA(US)
作者
Jyh-Ming Ting; Applied Sciences; Inc.; Cedarville; OH; USA; Max L. Lake; Applied Sciences; Inc.; Cedarville; OH; USA; Ray Y. Lin; Univ. of Cincinnati; Cincinnati; OH; USA; Chris Eppich; Univ. of Cincinnati; Cincinnati; OH; USA.;
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正文语种 eng
中图分类无线电电子学、电信技术;
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1. Overview on fabrication and joining of plasma facing and high heat flux materials for ITER [J] . Merola M., Akiba M., Barabash V., Journal of Nuclear Materials: Materials Aspects of Fission and Fusion . 2002,第Pta2期

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2. Application of low-heat hybrid joining technologies for the joining of thin-walled sheet materials [J] . Ortwin Hahn, Tim-Michael Wibbeke Welding and cutting . 2005,第4期

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3. Effect of the time-dependent volumetric heat flux on heat transfer performance inside a heat sink based on the phase change materials [J] . Nadezhda S. Bondareva, Mikhail A. Sheremet Clean technologies and environmental policy . 2021,第4期

机译：时间依赖性容积热通量对基于相变材料的散热器内部传热性能的影响
4. Joining strategy for high heat flux materials [C] . Jyh-Ming Ting, Max L. Lake, Ray Y. Lin, Conference on high heat flux engineering . 1993

机译：高热通量材料的加入策略
5. Heat transfer in thin fibrous materials under high heat flux conditions [D] . Torvi, David Andrew 1997

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6. Microstructure and chemical data of the thermoelectric ZnSb material after joining to metallic electrodes and heat treatment [O] . Safdar Abbas Malik, Le Thanh Hung, Ngo Van Nong 2017

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7. Magnetic fusion energy plasma interactive and high heat flux components. Volume III. Strategy for international collaborations in the areas of plasma materials interactions and high heat flux materials and components development [O] . W.B. Gauster, W. Bauer, J.B. Roberto, 1984

机译：磁熔融能量等离子体交互式和高热量通量部件。第三卷。等离子材料相互作用和高热通量材料和部件开发领域的国际合作战略
8. Magnetic Fusion Energy Plasma Interactive and High Heat Flux Components. Volume III. Strategy for International Collaborations in the Areas of Plasma Materials Interactions and High Heat Flux Materials and Components Development [R] . Gauster, W. B., Bauer, W., Roberto, J. B., 1984

机译：磁融合能等离子交互和高热通量组件。第三卷。等离子体材料相互作用和高热通量材料和元件开发领域的国际合作战略

Joining strategy for high heat flux materials

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