What is an Air to Air Loop Thermosiphon?
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Air-to-Air Loop Thermosiphon leverage the high capacity heat transport of two-phase systems to collect heat from a hot air flow on the evaporator coil and dissipate heat into a cooler airflow in the condenser coil. Air-to-Air Loop Thermosiphon leveraging thermosiphon technology can remove significantly more heat in smaller volumes than conduction or heat pipe based heat exchangers. By using a passive two-phase cooling, Air-to-Air Loop Thermosiphons are more reliable and reduce maintenance costs that would be associated with an active liquid pumped liquid to Air Heat Exchanger. Learn more: www.boydcorp.com/thermal/two-phase-cooling/thermosiphons.html
Air-to-Air Loop Thermosiphon leverage the high capacity heat transport of two-phase systems to collect heat from a hot air flow on the evaporator coil and dissipate heat into a cooler airflow in the condenser coil. Air-to-Air Loop Thermosiphon leveraging thermosiphon technology can remove significantly more heat in smaller volumes than conduction or heat pipe based heat exchangers. By using a passive two-phase cooling, Air-to-Air Loop Thermosiphons are more reliable and reduce maintenance costs that would be associated with an active liquid pumped liquid to Air Heat Exchanger. Learn more: www.boydcorp.com/thermal/two-phase-cooling/thermosiphons.html
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What is a Direct Contact Loop Thermosiphon?
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Remote Cooling Thermosiphon Assemblies transport heat from source to air, where they’re used to transport heat away from thermal loads and into a high-density fin stack to dissipate heat to ambient.
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What is a 3D Direct Contact Loop Thermosiphon?
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Thermosiphons that dissipate heat directly from a heat source in the adjacent volume are considered 3D Direct Contact Loop Thermosiphons.
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Introduction to the Main Types of Thermosiphons
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Thermosiphons offer more cost-efficient two phase cooling than heat pipes or vapor chambers, but as they are wickless, they need a consistent gravitational pull to operate.
