By: Ricardo B (ricardo.b.delete@this.xxxx.xx), June 25, 2011 11:40 am
Room: Moderated Discussions
ZaZa (no@thanks.com) on 6/25/11 wrote:
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>as long as density of water is a Thousand times higher than air, there is no way
>Air Cooling could be better than water cooling
As Moritz correctly said, in the end, heat always gets dumped into air -- unless you're a ship or environment unfriendly power plant, which use sea and river water as heat sinks.
So, everything is "air cooled". The difference is how effectively you can radiate heat to air.
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>as long as density of water is a Thousand times higher than air, there is no way
>Air Cooling could be better than water cooling
As Moritz correctly said, in the end, heat always gets dumped into air -- unless you're a ship or environment unfriendly power plant, which use sea and river water as heat sinks.
So, everything is "air cooled". The difference is how effectively you can radiate heat to air.
| Topic | Posted By | Date |
|---|---|---|
| Article: Cooling and performance/watt | David Kanter | 2011/06/21 12:19 PM |
| 'temperature' not 'power'? | Paul A. Clayton | 2011/06/21 03:01 PM |
| 'temperature' not 'power'? | David Kanter | 2011/06/21 03:38 PM |
| resistance(temperature) | Moritz | 2011/06/22 04:48 AM |
| resistance(temperature) | Adrian | 2011/06/22 05:13 AM |
| resistance(temperature) | David Hess | 2011/06/22 08:53 AM |
| resistance(temperature) | Adrian | 2011/06/24 02:24 AM |
| resistance(temperature) | David Hess | 2011/06/24 02:14 PM |
| Article: Cooling and performance/watt | Ed Trice | 2011/06/22 10:57 AM |
| Cooling | David Kanter | 2011/06/22 03:26 PM |
| Cooling | Ed Trice | 2011/06/22 03:54 PM |
| TE-elements | Moritz | 2011/06/23 05:55 AM |
| Radiator placement and design | Ricardo B | 2011/06/23 07:34 AM |
| TE-elements | EduardoS | 2011/06/23 04:21 PM |
| water/air | Moritz | 2011/06/23 10:30 PM |
| water/air | Ricardo B | 2011/06/24 02:29 PM |
| water/air | bakaneko | 2011/06/24 09:45 PM |
| water/air | David Hess | 2011/06/25 04:12 AM |
| water/air | Ricardo B | 2011/06/25 06:07 AM |
| water/air | ZaZa | 2011/06/25 09:47 AM |
| water/air | Ricardo B | 2011/06/25 11:40 AM |
| water/air | rwessel | 2011/06/26 03:43 AM |
| water/air | ZaZa | 2011/06/26 04:05 PM |
| Temperature inversion | Jonathan Kang | 2011/06/22 05:43 PM |
| LN2 overclocking | Doug Siebert | 2011/06/25 01:32 PM |
| Temperature inversion | Vincent Diepeveen | 2011/06/27 01:01 PM |
| Temperature inversion | Anon | 2011/06/28 03:30 PM |
| Temperature inversion | Jonathan Kang | 2011/07/05 06:38 PM |
| Article: Cooling and performance/watt | (tm) | 2011/06/27 05:51 AM |
| Article: Cooling and performance/watt | David | 2011/10/15 06:14 PM |
| Article: Cooling and performance/watt | rwessel | 2011/10/15 09:56 PM |
| Exponential growth of subthreshold leakage | Konrad Schwarz | 2011/12/15 07:56 AM |
| Exponential growth of subthreshold leakage | Rohit | 2011/12/15 01:22 PM |
| Exponential growth of subthreshold leakage | David Kanter | 2011/12/15 04:20 PM |
| Exponential growth of subthreshold leakage | Iain McClatchie | 2013/01/07 12:28 AM |
| Exponential growth of subthreshold leakage | Doug S | 2013/01/07 10:25 AM |
| Exponential growth of subthreshold leakage | someone | 2013/01/07 11:12 PM |
| Article: Cooling and performance/watt | Robert Pearson | 2021/07/26 09:45 AM |
