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    The Truth About Ultra-Thin Heat Pipe Vapor Chambers

    The Truth About Ultra-Thin Heat Pipe Vapor Chambers

    Thin and ultra-thin heat pipe vapor chambers offer excellent choices for space-constrained applications where heat needs to be moved to a remote location or spread quickly to a larger heat sink surface area. However, mechanical engineers should be mindful of the...

    Vapor Chamber vs Heat Pipe

    Vapor Chamber vs Heat Pipe

    Although based on the same inner working principles, heat pipes and vapor chambers have unique characteristics in terms of design, usage and integration.

    How Do Heat Pipes Work | Heat Pipes 101

    How Do Heat Pipes Work | Heat Pipes 101

      This article covers how heat pipes and vapor chambers work along with typical uses and configuration options.  Further, it is designed to be a quick read with links to detailed information throughout the text.   How Do Heat Pipes Work? There are three...

    Heat Pipe Thermal Conductivity

    Heat Pipe Thermal Conductivity

     Knowing heat pipe thermal conductivity is important when performing Excel or CFD modeling of two-phase devices integrated into a heat sink assembly. In theory, heat pipe thermal conductivity can range from 4,000 to 100,000 W/m-K. In reality, the range for electronics...

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