Nanofluid tested with three different temperatures on a Q6600

[NaeKuh]

I'm not saying that nanofluid is good or bad either way as far as this stuff is concerned, or any other for that matter as it relates to LC. I'm just saying that abrasion isn't an issue to be concerned about. Not enough surface area on the nanoparticles themselves to worry about, or pressure to cause it in a LC loop.

I understand your a legend and all, but I think your a tad off base on this premise.

andyc

okey so tell me.. why my friends reason holds false.

I told you guys what he told me.

As you accelerate the water in the block, you will cause more kentic impact. Since water is super super fine were looking at molecule dimensions now, there is no impact besides mol. on mol. on the copper.

You introduce a hard substance such as a nano particle, and speed it though an injector, you get the same effect of little hammers hitting your plate.
(tell me THIS IS NOT TRUE)

So over the time as these particles hit your base plate, it will change the shape of the copper and the cooling area.
(tell me this is ALSO not true)

So for the particles to work and NOT damage the copper, the particles must be of less desnity the copper which then WONT aid in thermal transfer.

So andy, Tell me where im wrong... so i can take it back to my friend who taught me nanofluids and fight back with him.

dude you guys are butching physics... seriously..