Strange Breeder Behavior

[JsutffJr]

So I was planning on building this reactor for my breeder, but I wanted to test it first in creative. I set it up, put in a depleted isotope cell, and it instantly became a reenriched cell. Although the reactor itself can safely go up to 54,000 heat, it was then at 0, so that shouldn't have affected anything. The quad thorium cells give the depleted cell 16 neutron pulses per tic, which is not even close enough to instantly charge it. My only ideas are that either its bugging out and using a massive heat value that the heat plates let the reactor reach, or something about being in creative mode is messing it up. However, i turned of creative and cheat mode on NEI and it still happens.

 

[Peppe]

Creative isotopes come with 1 tick left to be re-enriched.

Give yourself a stack of coal dust and stack of near depleted cells and manually craft isotopes for your testing.

 

[JsutffJr]

Creative isotopes come with 1 tick left to be re-enriched.

Give yourself a stack of coal dust and stack of near depleted cells and manually craft isotopes for your testing.

Thanks!

 

[Peppe]

Looking at your breeder you are missing some typical elements. Usually you have heat cells to hold the breeder at your target temperature. Your cooling section is a little odd.

You are only going to get 80 charged cells out of a full cycle of your 16 thorium.

Better to invert your design. Charge 4 cells per thorium.

Something like this will charge more cells over the life the thorium cell:
http://www.talonfiremage.pwp.blueyo...mx6p5h5n53f2ydtjwsqtypi4iahvhc3s4s4i70gzp1ms0

 

[JsutffJr]

Looking at your breeder you are missing some typical elements. Usually you have heat cells to hold the breeder at your target temperature. Your cooling section is a little odd.

You are only going to get 80 charged cells out of a full cycle of your 16 thorium.

Better to invert your design. Charge 4 cells per thorium.

Something like this will charge more cells over the life the thorium cell:
http://www.talonfiremage.pwp.blueyo...mx6p5h5n53f2ydtjwsqtypi4iahvhc3s4s4i70gzp1ms0

Well originally I thought the cooling section would maintain a stable temperature no matter what the heat was, so I planned on removing the cooling section, letting the reactor heat up to 54,000 heat, then putting it back in.(Which would've charged 50000/(10000/(16*19)) = 1520 cells per 16 thorium, if I'm not mistaken - I'm pretty sure the designer is buggy about 80)
But then I realized that the cooling system cools the reactor 20 heat every second, so I'm redesigning it right now.