network profile
| bio | website | alivate.com.au |
|---|---|---|
| location | Geelong | |
| age | 26 | |
| visits | member for | 5 months |
| seen | Dec 22 '12 at 13:28 | |
| stats | profile views | 2 |
Software developer, working mainly in the .NET environment
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Dec 21 |
comment |
Does a Peltier Thermoelectric layer make a good regulator for LN2 heat-sink interfacing A resistive heater isn't so crazy, however this would at least be coupled with a static insulator, so such a device would be used minimally. The problem I see with dry ice is it is solid, so the interface with heat sink is a problem without an intermediary liquid. LN2 is considered the best heat sink with respect to density. |
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Dec 20 |
awarded | Scholar |
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Dec 20 |
accepted | Does a Peltier Thermoelectric layer make a good regulator for LN2 heat-sink interfacing |
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Dec 20 |
comment |
Does a Peltier Thermoelectric layer make a good regulator for LN2 heat-sink interfacing Thanks, some helpful information there. CPU is an incorrect assumption as the device to be cooled - best to describe it generically as the "Heat Load". I think you answered my question, one could insert an additional static insulator to enable a warmer Peltier, however such discussion is not related to the posted question. Thanks. |
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Dec 19 |
awarded | Editor |
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Dec 19 |
comment |
Does a Peltier Thermoelectric layer make a good regulator for LN2 heat-sink interfacing I believe you have misread my question (or I was careless in writing it). I have added another paragraph to provide another summary. |
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Dec 19 |
revised |
Does a Peltier Thermoelectric layer make a good regulator for LN2 heat-sink interfacing Clarifications for SF. |
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Dec 13 |
awarded | Student |
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Dec 13 |
asked | Does a Peltier Thermoelectric layer make a good regulator for LN2 heat-sink interfacing |
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Dec 13 |
awarded | Autobiographer |
