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DTSTART:20230616T140000Z
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DTSTAMP:20260420T231159
CREATED:20230602T143121Z
LAST-MODIFIED:20230602T143121Z
UID:24221-1686906000-1686909600@hdpusergroup.org
SUMMARY:Effects of Plating Thickness on CTF as IST Phase 2 Project Call
DESCRIPTION:Effects of Plating Thickness on CTF as IST Phase 2 Project Call 
URL:https://hdpusergroup.org/event/effects-of-plating-thickness-on-ctf-as-ist-phase-2-project-call/
CATEGORIES:Effects of Plating Thickness on CTF at IST Phase 2
ORGANIZER;CN=HDP:mailto:webmaster@hdpug.org
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DTSTART:20230616T150000Z
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DTSTAMP:20260420T231159
CREATED:20230606T171210Z
LAST-MODIFIED:20230606T171210Z
UID:24230-1686909600-1686913200@hdpusergroup.org
SUMMARY:Permittivity of Cooling Fluids
DESCRIPTION:In an immersion cooling system\, infrastructure equipment can be submerged in a non-conductive cooling liqui \nIdea is to develop a model to predict permittivity of different cooling liquids for improved reliability and energy efficiency \nCompare costs of each fluid vs other properties to determine best options. \nWhen using colling liquids for this application\, there is little understanding of the complex permittivity properties of these liquids \nThere are technical challenges that pose risks when trying to accurately model electrical performance of high-speed buses immersed in cooling liquids vs air \nWhat issues arise with permittivity when using different cooling liquids? 
URL:https://hdpusergroup.org/event/permittivity-of-cooling-fluids/
CATEGORIES:Permittivity of Cooling Liquids
ORGANIZER;CN=HDP:mailto:webmaster@hdpug.org
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