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Some Approach on CPU Cooling

Explore innovative approaches in CPU cooling technology by integrating microfluidic heat sinks and nanofluids. Discover how these advancements can improve cooling efficiency, surpassing traditional methods. Learn about the benefits and potential applications in various industries, such as nuclear power plants. Join us for a detailed discussion on the future of cooling systems.

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Some Approach on CPU Cooling

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  1. Some Approach on CPU Cooling By Yizhong Wang

  2. Outline • Motivation • Microfluidic Heat Sink • Nanofluid • Summary ME3007 Presentation by Yizhong Wang

  3. Motivation ME3007 Presentation by Yizhong Wang

  4. Motivation Intel Dual Core Xeon ME3007 Presentation by Yizhong Wang

  5. Motivation Passive Heat Sink Cooler (Fin) + Fan -> Forced Convection ME3007 Presentation by Yizhong Wang

  6. Motivation Water Cooling in Industry: Water Intake for Nuclear Power Plant Cooling ME3007 Presentation by Yizhong Wang

  7. Microfluidic Heat Sink ME3007 Presentation by Yizhong Wang

  8. Microfluidic Heat Sink ME3007 Presentation by Yizhong Wang

  9. Microfluidic Heat Sink ME3007 Presentation by Yizhong Wang

  10. Microfluidic Heat Sink Channel : L=27mm, W=100um, Spacing=40um H=50um, 64 Channels ME3007 Presentation by Yizhong Wang

  11. Microfluidic Heat Sink ME3007 Presentation by Yizhong Wang

  12. Microfluidic Heat Sink ME3007 Presentation by Yizhong Wang

  13. Nanofluid ME3007 Presentation by Yizhong Wang

  14. Nanofluid ME3007 Presentation by Yizhong Wang

  15. Nanofluid ME3007 Presentation by Yizhong Wang

  16. Nanofluid ME3007 Presentation by Yizhong Wang

  17. Nanofluid ME3007 Presentation by Yizhong Wang

  18. Discussion and Summary • Air Cooling reaching it limit • Water (liquid) cooling will be the next generation • Nanofluid have great potential in cooling • Particle Deposition • Evaporation and Refill ME3007 Presentation by Yizhong Wang

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