Posts by jonch

This is imo how the Gregtechy AESU should work, so that it won't adjust the EU/p to the EU/t, but have a configurable Packet/t.

Ah, I see. Was wondering why the planner showed it was a MK-II and not a MK-I.
I didn't actually plan to use my design as a full-time breeder, I just wanted to get re-encrichies quickly, when I'll have more time (and copper) I will make a good, fast breeder.
Thanks for the advice.

Quote from The3gamer

I made a beast reactor its to hard to explain just pertend the mfsu is the reactor the copper wire is wire and the adv machine block is filter the glass fibre cable is deploer and the solar is red power tube and the water cell is any infenite water source the mfe is an mfe

ps i sepent 7 hours making this it make 100000 eu per sec use buckets to cool doen use 20 the rest cells put timers next to the filters the top one is output the bottom is input

ok try this and it will work

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I didn't understand anything, but you said 1000000EU/sec which is 50000EU/t, which doesn't really make any sense, also you said you cool it off with water buckets, which is no longer possible since MC 1.3. So either this is a sad troll, or you don't know what you're doing

So Iv'e made this breeder, which is a modification to the simple 0-chamber breeder in the OP. What I wanted to do is get some re-enriched U cells fast, so I've added 10 healing cells and some vents, and it appears to keep it stable at 10K heat (4X faster charging), without going to crazy on resources.

Thank you
Both of the designs have identical running costs and efficiency, only yours has less component cost.

Also, does anyone has a good, efficient design for running a MatFab, which doesn't use any Iridium NRs? I'm not really satisfied with the 80 EU/t my reactor generates, since each piece of UUM takes about 3 hours to make.

Hi, so I'm playing on a server, and I want UUM so I made a MatFab, and I decided I want a nuclear reactor to power it. So I came up with this design, which I believe is pretty good, uses 3 chambers and with an efficiency of 4.46. Takes about 6 stacks of copper to create all the components and 2.5 stacks for the fuel.
I'm somewhat of a noob, so don't hate please. Also, sorry if this design or similiar has already been featured on the thread, I haven't read all of it.