I saw certain people get quite ruide about wanting TITLE so being both a hero, and also tremendously lazy I asked an AI to do it. And after a little tweaking here is the result:
Alright, fusion friends, let’s take a deep breath (or two) and dive into how to work that tritium fusion magic in Space Station 13! Now, I’m going to assume you’re stocked up on tritium and well-versed in atmos basics (but if not, no shame in brushing up first!). Let’s jump right into this fusion setup based on that iconic guide, How to Improve Your Tritium Burn Chamber Yields 91. And heads-up—no turbine here! This little guy’s going to be doing its own thing, so brace yourself for a fusion ride that’s as thrilling as it is slightly terrifying.
Fusion Chamber Construction
If you’ve got the guide open, check out that picture (top right), and you’ll see it—the 2x1 fusion chamber, our humble, boxy little friend, decked out with basic walls but fully equipped to give fusion the best shot it’s got. Let’s get into the parts list:
- One injector: You’ll hook this up to your plasma gas miner, which, yep, is our precious fuel.
- Two heat exchange pipes: Because, let’s be honest, fusion’s hot—and we don’t want to just stand there while it heats everything around it to a crisp.
- One passive vent: This is for peeking in with a scan or tapping into the chamber from outside. (It’s cute, it’s convenient, and honestly, we’re going to love it.)
Oh, and a super-important pro tip! Vacuum out the insides to avoid stray nitrogen sneaking in and clogging up your fusion with hyper noblium. We need plasma to shine here!
Starting Fusion: What You Need to Kick It Off
Alright, here’s your checklist to start this fusion baby up:
- 2 canisters of burn mix: We’re talking 29% oxygen and 71% plasma—ideal for starting that initial internal burn. And yes, we’re aiming for a minimum of 100°C because we want it hot right out of the gate.
- 1 canister with 500 mols of tritium: This can be at any temperature, really (phew).
- Meson goggles: Because, trust me, we do not want to be fumbling around in that green glow without being able to see what’s up.
The Fusion Process
Here’s where the magic (and maybe a little chaos) happens:
- First, release those two burn mix canisters into the chamber and sit back as the mix lights up. You’ll see it burn through most of the O₂ and plasma, leaving behind hot CO₂ and a pinch of waste gas.
- Once that initial burn dies down? Tritium time—dump in your tritium canister and get ready.
- Now’s the big moment! Start the fusion by pumping in pure plasma as long as you see that sweet tritium glow on your mesons. When plasma’s in, fusion kicks off! Keep a safe distance (seriously, don’t skimp on a rad suit unless you’re really going for the “toasty” look).
- Once the tritium glow fades from your mesons, that’s your cue—turn off the plasma input. Your fusion is officially cooked and ready to heat up any gas you bring its way, thanks to those heat exchange pipes you so thoughtfully put inside the chamber.
If the sound of a ticking Geiger counter makes you giddy (or mildly nervous!), keep tossing in more tritium and plasma to keep the fusion reactions rolling. Just remember, you’re the fusion master now—this thing will keep going as long as you feed it.
Alright, that’s it, fusion warriors. Go forth, stay safe, and keep an eye on that glowing chamber! ✺◟(^∇^)◞✺
Dont ban me Plox is just fun >.<
@BotTierPC @Szczebrzeszyn