I wouldn't know what to call it, but I always see articles list the delta-t and then the flow rate.
Instead of listing both all the time in posts, etc or other places that would like/need to keep it short (tweets?) how about we start using a new measurement maybe call it flow per degrees.
Basically divide the lph with the temp above delta-t which basically means per degree it cools how many liters does it allow to flow.
Example would be like 140 lph and 10 degrees above dela t the 'efficiency rating' or er of the block/rad would be 14. Another one that's 120 and 9 would be 13.3 so even though it cools 1 degree more, you know it's 'worse' because it's less efficient. Therefore, if you are looking for the absolute best the go for the second one, otherwise for pretty good the first one (if nothing else then to do a half-*** bleed, and see the bubbles flying everywhere ).
Instead of listing both all the time in posts, etc or other places that would like/need to keep it short (tweets?) how about we start using a new measurement maybe call it flow per degrees.
Basically divide the lph with the temp above delta-t which basically means per degree it cools how many liters does it allow to flow.
Example would be like 140 lph and 10 degrees above dela t the 'efficiency rating' or er of the block/rad would be 14. Another one that's 120 and 9 would be 13.3 so even though it cools 1 degree more, you know it's 'worse' because it's less efficient. Therefore, if you are looking for the absolute best the go for the second one, otherwise for pretty good the first one (if nothing else then to do a half-*** bleed, and see the bubbles flying everywhere ).