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一种增强蒸汽室扩散能力的新型设计.pdf

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1、A Novel Design for Enhancing Spreading Capability of Vapor ChamberChi-Chuan Wang(ccwangnycu.edu.tw)Department of Mechanical Engineering,National Yang Ming Chiao Tung UniversityA Novel Design to Improve Spreading Capability of Vapor ChamberCOOLING ENVIRONMENTSChi-Chuan WangChair Professor/National Ya

2、ng Ming Chiao Tung UniversityHsinchu,Taiwanccwangnycu.edu.twOutline54321VC IntroductionMotivation&Purpose Experimental SystemResults&DiscussionConclusionVapor Chamber(VC)Some Novel Wick DesignsSome Novel Wick DesignsEnhancing wick design on evaporatorEnhancing wick design on evaporator Most studies

3、design on the evaporator wick Condenser wick designs are mostly groove-based Hardly able to be mass-produced Improve design in even surface 123Enhancing wick design on condenserEnhancing wick design on condenser1 Y.S.Ju et al.,Planar vapor chamber with hybrid evaporator wicks for the thermal managem

4、ent of high-heat-flux and high-power optoelectronic devices,International Journal of Heat and Mass Transfer,vol.60,pp.163-169,2013,doi:10.1016/j.ijheatmasstransfer.2012.12.058.2 S.Sudhakar,J.A.Weibel,F.Zhou,E.M.Dede,and S.V.Garimella,Area-scalable high-heat-flux dissipation at low thermal resistance

5、 using a capillary-fed two-layer evaporator wick,International Journal of Heatand Mass Transfer,vol.135,pp.1346-1356,2019,doi:10.1016/j.ijheatmasstransfer.2019.02.075.3 Y.Luo,W.Liu,and J.Gou,MultiscaleSimulationof a Novel Leaf-vein-inspired GradientPorous Wick Structure,Journal of BionicEngineering,

6、vol.16,no.5,pp.828-841,2019,doi:10.1007/s42235-019-0100-x.VCs contains boss area(boss area(ptotrudingptotruding area)area)that may be drydry-out out under high heathigh heat-fluflux conditions,improve effective spreading with feasible/affordableeffective spreading with feasible/affordable is needed.

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根据文章内容,以下是对全文主要内容的简明概括: 1. **研究目的**:提高蒸汽腔(VC)的散热能力,特别是蒸发器和冷凝器的毛细芯设计。 2. **创新设计**:提出了一种带有阶梯间隙设计的固体步进结构,以增强蒸发器的毛细芯设计。 3. **实验结果**: - 阶梯间隙设计显著降低了热阻,最高可达23.2%的改进。 - 在填充比为86%时,热阻最低。 - 阶梯间隙设计适用于蒸发和沸腾模式。 4. **结论**:阶梯间隙结构通过增加液体-蒸汽循环路径和加速蒸汽流向边缘,显著降低了热阻,提高了VC的性能。
提升散热能力?" 冷腔性能提升新突破!" 如何降低热阻?"
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