In a Phase Change system the Block is yet again totally different in what it does. In a Phase Change setup, its called the Evaporator simply because that's what it does. This is the epicenter of the phase change. The Liquid that enters the block/evaporator is very compressed, and has a very low boiling point. When it enters the evaporator, it boils off, and takes a ton of heat with it in gas form. This can yield many degree below 0 temps with ease. The Evaporator has to be able to take the intense pressure and temp swings that happen on these systems, they also must be made very efficient in order to get the heat from the core to the evaporation chamber as fast as possible. A system like this does not benefit as MUCH as water cooling systems with the heat spreader, but its still needed for a few reasons. The first one is temp shock. You don't want freon spraying on your core at -50C onto a core that is cooking at 80C, that would shatter the core instantly. The heat spreader acts as a mediator to slow down the instant temp shocks, as well as mediate the movement of heat away from the core.


Zeggen ze nu hier dat het niet al te best is als je dat doet?
maar een promethia maakt toch ook -30 op de core?
waarom barst die dan niet?

kijk wa rond op www.phase-change.com
hebben zelfs how-tos
anders vragen stellen op forum

heb hen ooit gevraagd ofdat ze intresse hadden in samenwerking met [M] .. spijtig genoeg niet door gegaan :-/

zeer spijtig aangezien er in belgie er al een beperkt aantal "dedicated" overclockers/modders zijn, en deze dan nog over verschillende sites/forums hun bezigheden hebben

:(

ps: ik zie geen howto\'s op P-C.com die verband hebben met deze topic :grum: