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Two-phase chip cooling with manifold-capillary structures enables 10⁵ COP

22 点作者 PaulHoule9 天前

2 条评论

johnthesecure9 天前
Easier to access at <a href="https:&#x2F;&#x2F;www.cell.com&#x2F;cell-reports-physical-science&#x2F;fulltext&#x2F;S2666-3864(25)00119-5" rel="nofollow">https:&#x2F;&#x2F;www.cell.com&#x2F;cell-reports-physical-science&#x2F;fulltext&#x2F;...</a>
j-pb8 天前
Given that phase change captures a ridiculous amount of energy (it takes roughly 5 times as much energy to go from liquid water to steam than it takes to bring that same water from 0C to 100C). I&#x27;ve always wondered why we don&#x27;t optimise CPUs for running at ~101C.<p>And as long as there is material to phase change the tempersture will be fixed at the phase change temperature, so boiling water will never go above 100C at 1bar.
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