Subject	At low pressure you are probably correct. The air will
Posted by	kkrofft (OH) on May 02, 2010 at 11:43 AM
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In Reply To	Looks like the outlet temp goes down immediately posted by not4resaleZ on May 02, 2010 at 10:55 AM
Message	always take the path of least resistance. As the pressure increases, the flow will spread out proportional to the increase to maintain paths of least resistance. It is fairly clear that the ICs act as heatsinks (see my response to LitlElvis). Larger ICs that are not so wide as to cause friction losses along the tubes will allow more heatsinking with a lower pressure drop. KKROFFT Now occurs everywhere, simultaneously. But it doesn't have to be experienced the moment it happens.   Every now that ever was is still exactly when it was, when it was now.   Then, in terms of perception, is nothing more than all the nows that are no longer now.   Thus, the difference between now and then is when.    --The Waystoppers Users' Manual
Follow Ups	Godspeed IC efficiency data. - kkrofft (OH) 18:17:26 05/01/10 here's some stillen data - aliaZ 21:04:26 05/01/10 What pressure were you boosting to? Any idea what range - kkrofft (OH) 21:43:49 05/01/10 I was boosting 17 psi I believe - aliaZ 22:16:31 05/01/10 More boost means higher speeds :-) - ArubaDave 22:09:26 05/01/10 Re: More boost means higher speeds :-) - aliaZ 22:18:48 05/01/10 Looks like the outlet temp goes down immediately - not4resaleZ 10:55:57 05/02/10 Or the top of the intercooler is acting as a heat sink - not4resaleZ 11:19:21 05/02/10 At low pressure you are probably correct. The air will - kkrofft (OH) 11:43:02 05/02/10 That's pretty cool. - LitlElvis 10:47:11 05/02/10 I think you are correct. One article on water spray IC - kkrofft (OH) 11:37:15 05/02/10 yep - aliaZ 14:34:12 05/02/10
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