Thanks again Bowman for those links. One more question how would you solve a problem if I want to cool my gpu too. I have few ideas, now please tell me if some of them would work.
1. Capilary tube to cpu block, then the line goes straight to gpu from cpu block, so to design cpu block that will not evaporate all the fluid, but left some to evaporate in gpu block, but I see a lot of problem how could everything be in good equilibrium so that you have good cooling on cpu and also good on gpu.
2. two capilary tubes going from condenser one to cpu one to gpu, but here its hard to maintain bigger flow through cpu block and that all the fluid would evaporate in both blocks, can that be controled with capilary tube diameter and lenght ?
3. two lines from condenser and on each line thermostatic expansion valve this is probably the best for ease of use and perfect flow of the fluid through the blocks, maybe with sligtly less performanse like you said compared to capilary tube, but there is no problem with searching ideal capilary tube lenght.
And one more q how expensive are those valves anyway.
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