[Emo_Boy]

Okay, we all know that the slower water is moved through the radiator the more heat the radiator can remove. Also, the faster the water is moving through the cpu the more heat will be removed from the processor. Now using this, can it be safe to assume that the following setup would be very effective (but not cost efficient)?

reservoir >> radiator >> pump >> 2nd smaller radiator >> waterblock >> reservoir

maybe put a valve (to act as a flow limitor) between the reservoir and first radiator. This would allow the water to be moving very slowly through the first radiator removing all the heat from the water that was gathered from the CPU. The pump (which does create some heat) would then pump water really fast through the second radiator (much smaller non-flow-restrictive radiator) and onto the CPU for supremely effective CPU cooling. You can even put another valve between the second radiator and the CPU to have a fully adjustable flow rate to maximum performance. The water is then pumped to the very high part of my full-tower case and into the reservoir where the cycle starts over again.

Now if this makes absolutely no sense at all I apologize and invite you to make jokes about my mother (joking).
Thank you very much and good night