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This layer would heat up very quickly, and provide total penetration to heat up the windshield and remove snow and ice buildup quickly. Similar in idea to the "Windshield Defroster", but is actually built into the windshield. Could be quicker at defrosting than built-in wires running throughout the
window (like the rear defroster), as it provides total surface area coverage, and the wires only cover partial surface area.
Use electro-mechanical properties of ice
http://www.techrevi.../prototype70502.asp
Coolest deicer ever. This researcher also builds a ski-brake system using the same principle [tspyz, May 01 2002, last modified Oct 21 2004]
[link]
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Your ideas seem to involve things heating up quickly or instantly. Things take time to heat up. Oh, and use [ Link ] to add a link. |
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sctld: Well, these are the first two ideas I've gotten a chance to write down, and they're both related, so they were easy to remember :-) I have more. I know things take time to heat up, but realistically, some things take less time than others. A chemical reaction can generate heat quicker than an engine warming up. There are other methods... And thanks for the [ Link ] tip. I'm new to the site. |
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You don't seem to explain how the windscreen heats things up. Perhaps a little more detail may be required to throw most halfbakers to the pastry shop. |
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Yeah. I know there are room-temperature plasmas. I'd want to know that there is a plasma which is hot enough to defrost the window without melting it. |
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Room temp on a cold morning might be enough. |
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why are you broken? you seem quite together in my book! |
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Would this have a negative effect on the structural integrity of the wind(screen)shield? |
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[po]: Did you accidently post to the wrong idea? |
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quite possibly, its that sort of day. |
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The plasma in a fluorescent lamp is very hot (temperature)
but there is very little heat in it (because there are so few
molecules in the gas inside the tube), meaning it cannot
heat up your finger very much when you touch it. Why
would this plasma be different? |
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