Nanook

https://www.phanteks.com/Eclipse-P500A.html
 
Scroll down a bit until you see the specification. It listed the top radiator clearance is 65mm.
 
Generally, in most modern case, if you see a large gap between the the motherboard I/O cut out and the top of the case, the case will likely to have 55mm-65mm clearance for radiator and fan, and can fit most standard AIO coolers.

 
However, you should always check the manufacturer website for more information of the case, radiator clearance, fan support and other important information.
 
Regards,
Chiyawa

The top radiator clearance is 65mm. 
 
38mm + 25mm = 63mm
 
This is gonna be a tight fit.but shoulf work

Short answer- the copper will eat the aluminium. Given the latter is (relatively) cheap, just replace when you start to see goo accumulating in your block. A sacrificial cathode will just add more goo more quickly 🙂 ... but will protect your components. Custom loops are, for me, about best performance, so gumming up your blocks is more of an issue than stripping ions from components. Just my $0.02 mind

its been done...
 

https://www.raijintek.com/en/products_detail.php?ProductID=124
 
i think there was an inwin 909 case as well that had a back mount but dont remember.
 

 
inwin 982
 

inwin 925
 

 
 

the lian li air could do in front in bottom out side and top

Al + Cu(+1) -> Al(+1) + Cu

I didn't think of that. Good observation.

For the longest time copper has been king; however, now there is research stating that while aluminum can't transfer heat as well as copper, but aluminum does dissipate it into the air better. 
 
Basically, Copper is better at heat transfer and aluminum is better at heat dissipation.
 
So what cools better now? Is copper still king, or were we wrong the entire time? Maybe a new copper/aluminum allow would be better than single elements?
 
 
https://www.researchgate.net/post/For_better_heat_transfer_which_material_should_prefer_first_aluminium_or_copper#:~:text=It is clear that thermal,heat transfer application over copper.
 

I didn't think of that. Good observation.

Almost all coolers nowadays are a copper heatpipe aluminum fin array hybrid. Taking advantage of the metals strongpoints whilst avoid their weaknesses.

Yeah, so basically, infinite negative pressure, infinite temperature, and quantum physics allows it to be at two places in the same time

Breh xd

EK puts a peltier in a CPU water block?

Honestly I don't know.
 
I really love the matte black look, so if I could get the inside looking black as well (i.e black PCBs and coolers; no lighting and no cables everywhere) then I'd still want the window. But if it didn't fit with the external aesthetic than I think I would want a solid panel.

Yes, it can, especially if compared to things like luminol or fantasy physics. As for UV coolants, there are plenty to choose from, take mayhems range for example
 

Well, ya know, with recent CPU and GPU launches that might not be unreasonable

Chernenkov radiation in its most widely recognised sense is created by beta particles- electrons- released during fission. 
 
It has nothing to do with neutrinos as they're uncharged particles; the defining characteristic of Chernenkov radiation is the fact it is created by charged particles. The equivalent for uncharged particles such as neutrinos is Askaryan radiation.

It's a little more nuanced than that. It is true that nothing can go faster than the speed of light...in a vacuum. However, light slows down a little when it is traveling through a medium like glass or a liquid. So a particle like a neutrino can go faster than the speed of light in the medium, and in doing so it creates a "sonic boom" that emits light.

Yes but I don't think you would need a reactor to replicate the underlying principle. Just particles going faster that light in a liquid medium. Kinda like when a plane breaks the sound barrier and a sonic boom results. Particles going faster than light in a medium result in a release of light.

Ok, this is my first hardline water-cooled build, personally, I think I did OK  - I've learnt a lot for next time but here it is (It looks Blue in the pics but in person it actually is White)
 

 

 

 

 

I need to get around to finishing the log... but 2mins of hardware porn

Fist ever loop, lots of RGB in there too.

Copied and pasted the specs from Instagram so I didn't have to type it again. Wiring isn't completed at this time. Hooked it up quick to run some benchmarks and ensure everything was working properly. Thanks all! 
 
First time poster, long time LTT fan. 
 
Hardware:
- @amd Ryzen 3950x
- @asrock_official x570 Aqua
- @hyperx Predator 32 GB 3600 CL17
- @asus @rog_na Strix 2080 Ti OC Edition (x2)
- ASUS ROG 3 Slot Bridge
- @teamevga 1300 G2+ PSU
- @kingstontechnology KC2000 NVMe 1 TB (x2)
- Kingston UV500 SSD 2 TB (x3 in raid0)
- @phanteks Enthoo 719
________________________________________________________
Watercooling:
- @ekwaterblocks FLT 360 Pump/Res
- EKWB Quantum Strix DRGB Blocks (x2)
- EKWB Nickel Backplates
- EKWB Torque Fittings, Nickel
- EKWB 360mm Radiator SE
- EKWB 360mm Radiator XE
- EKWB 480mm Radiator SE
- EKWB Electric Purple Cryofuel - 16mm OD Hard Tubing PETG
- @noctua_at Chromax NF F12 (x10)
- Noctua Chromax NF F12 IPPC 3000rpm (x3)
- Noctua Chromax NF A14
 

CPU: 3950x
GPU: 5700xt liquid devil
Mobo: ASRock X570 Aqua #915
RAM: Trident Neo 3600mhz
NVMe: Samsung 970 Evo 500gig
SSD: 3 tforce RGB 1TB ssd's
Pump: EK kinetic RGB D5
Radiators: 2 360x30mm and 1 420x30mm
 
It's my very first hard tubing build. All blue acrylic tubing at 16mm od. I'm terrible at bends hence the 90 degree adapters. 

909EK added