PLA basically doesn’t dissolve in any (readily available consumer-grade) solvents. Your best bet is going to be to take the entire unit as far apart as you can until it is metal only components, heat it with a heatgun to make the PLA soft/melt, and brush it all off with a brass cleaning brush.

That’s a really good question, you’d have to ask Google about that one.

“Yes” with the asterisk that there is no phase change, and the flow paths are segregated.

In a heat pipe, water is installed such that it is kept near it’s liquid-gas phase change point on the pressure-temperature curve. When heated, it turns to “steam”, travels thru the center of the pipe, condenses back to liquid on the cold/fins side (giving off all it’s heat), then returns via capillary action on the metal foam walls of the pipe.

In a thermosiphon, the water never leaves the liquid phase. It simply relies on the density change based on temperature (hot water becomes less dense, and will rise to the top of a column) to force some circulation to occur. The hot fluid rises out of the heatsink and displaces the cooled water in the radiator, which then flows down the other side to return to the heatsink.

Very old cars (<1920) used to rely entirely upon the thermosiphon effect, rather than a pump.
It’s not terribly efficient, especially at higher dissipated power densities. They are also very prone to being overloaded with heat, if the overall loop temperature gets too high and/or the radiator loses some efficiency (e.g clogged with dust), the water can start to boil on the hot plate side and you’ll lose basically all cooling effect when your siphon is blocked with steam.

If Email is ever sorted in any order other than purely Chronological, it is a deadly affront to humanity. Even the “sponsored” two emails at the top of Gmail is an insult.

Why dies it have to be such a pain?

Intentionally bad, if you buy Apple you’re supposed to use iCloud and never, ever leave the ecosystem.

So Plex just killed itself? Got it. Lmao bye Felicia nobody’s paying the middleman for shit they are hosting on their OWN FUCKING HARDWARE.

The point is not that it is being used, the point is that corporations must protect their trademarks or else they may lose the exclusive rights to them. Intel also still uses the “Core” branding on their modern CPU’s so it wouldn’t be a stretch for them to try and continue legally protecting “Core 2 Duo” under the guise of retaining the “Core” part of their trademarks.

I have a Garmin Instinct and I can definitely recommend their hardware, but their mobile app to link for notifications and health stats is flaming hot garbage and never actually worked for me.

And why are both watches a “2” variant?

Because this is the next generation of the original Pebble watches.

Core 2 Duo

I’ll actually be surprised if this makes it to launch without Intel perhaps making a few legal calls and prompting a device name change.

Bigger hammer and a concrete surface. Three good whacks to the thin sheet metal casing (opposite the drive motor/PCB) should shatter the platters inside.
You can also buy a sharp punch that looks like this and punch thru the sheetmetal side to really get those platters broke.

Realistically if they’re already failed, nobody is going through the effort to send these disks through any kind of speciality recovery for a random john q public anyway.

Any normal computer can become a “server”, its all based on the software.
Most enterprise server hardware is expensive because its designed around demanding workloads where uptime and redundancy is important. For a goober wanting to start a Minecraft and Jellyfin server, any old PC will work.
For home labbers office PC’s is the best way to do it. I have two machines right now that are repurposed office machines. They usually work well as office machines generally focus on having a decent CPU and plenty of memory without wasting money on a high end GPU, and can be had used for very cheap (or even free if you make friends that work in IT). And unless you’re running a lot of game servers or want a 4k streaming box, even a mediocre PC from 2012 is powerful enough to do a lot of stuff on.

That’s what happens when accountants gain control of publicly traded companies, they see only cost centers that look like a black hole on a spreadsheet, but provide delayed, but massive unaccounted benefits for the rest of the company’s operations.

The lessons Intel is learning with the Alchemist and Battlemage GPU cards are paying off in integrated chips. This is what competition looks like!

lol

Shatter it and probably have it bought out by Elon.

It’s legal boilerplate.

is somebody really expected check the ToS of the server the community they’re posting in is on,

Technically yes. Practically nobody does.

IMO having the ability to do TPU is way more versatile than going to another rigid structural filament.
ABS/ASA is just “pla but more impact resistant”.
TPU is “haha funny squishy wait this turns into a living hinge?” and opens up a TON of print opportunities.
I had a lot more fun trying out TPU (both high and low durometers) than switching to any other kind of filament. Whatever you print basically becomes shockproof l, is squishy/bendy, and you can chuck it across a room full-force with no problems. Super fun.

However, TPU is happiest with a direct drive extruder. High durometer (95a) TPU’s are fine, but not optimal, in bowden extruders, while low durometer (Ninjaflex) straight up won’t print right thru a bowden. So keep your type of printer in mind when shopping for spools of test filament.

Give it 48 hours before all mods are purged and the sub is no longer “closed”

Their achieved accuracy was +/- 1.5km and +/- 2m/s

Which is an improvement in of itself. That improves flying craft navigation to and from the moon into something significantly easier to automate and coordinate between multiple ships, more than ballistic dead reckoning.