Well there is. Depending on the space. It can evaporate to a point where there is equilibrium between the gas and liquid.
All that being said, you and I are thinking on a pretty small scale. We’re thinking of liquid cooling on a home PC. For that large a scale, I’m sure the cooling system is pumping from a large reservoir to consistently keep that large a system cool. So there very much is room for evaporation in such a system.
And again, the researchers have found this to be the case. I see what you’re saying, but I think you’re conceiving of a much smaller, closed loop system, where on a server farm, they are using something much more efficient than a closed loop system. I dunno, though. I’m thinking of what you’re saying and considering the findings, and trying to conceive of the way that it’s happening. That’s pretty much where I land on it
Well there is. Depending on the space. It can evaporate to a point where there is equilibrium between the gas and liquid.
All that being said, you and I are thinking on a pretty small scale. We’re thinking of liquid cooling on a home PC. For that large a scale, I’m sure the cooling system is pumping from a large reservoir to consistently keep that large a system cool. So there very much is room for evaporation in such a system.
And again, the researchers have found this to be the case. I see what you’re saying, but I think you’re conceiving of a much smaller, closed loop system, where on a server farm, they are using something much more efficient than a closed loop system. I dunno, though. I’m thinking of what you’re saying and considering the findings, and trying to conceive of the way that it’s happening. That’s pretty much where I land on it