Deuterium Reactor 2 by hermankronfeld
temperatur controlled deuterium reaktor with deuterium factory. with auto on/off for reaktor and deuterium factory, here i have declared how to swith on the reaktor and deuterium factory.
reactor
complex
nuclear
smart
electronics
water
confusing
deutrium
deut
turnitallon
Comments
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Kikkin 25th Jun 2014
Kewl...also can someone help me with my logo?Im pretty new... -
Anatol12345 25th Jun 2014
where's the energy output? -
Salt 25th Jun 2014
we can have fusion plants but not on the way we thought its actually by colliding particles that creates more but diffrent and when we collide them we get energy and another particle and when we collide them we get a nowmal again and then it reapeats that from stage 1 -
coca_cola 25th Jun 2014
Correct, we cannot have fusion plants because fusion cannot be regulated to slowly release energy (yet) -
doomagent13 25th Jun 2014
Current nuclear reactors work on the same principle as pure fission nuclear bombs. The difference is that the bomb tries to release as much energy as possible in a very short timespan, while reactors regulate the fission so that the energy output stays within what the reactor can handle. Thanks to the controlled release of energy, reactors can run for months or even years without stopping. -
program 25th Jun 2014
im not good at this reactor stuff... but i can tell it isnt realistic -
Tanawsomeguy55 24th Jun 2014
why does everyone hink that reactors use nuclear explosions they split the atom creating heat not exploding it to split it you have to electrolise the atom to seperate it from then rest.... IT DOESNT CAUSE EXPLOSIONS...but nice reactor. +1 -
yoloswagger 23rd Jun 2014
dang I could power the whole damn reactor in one move -
SlenderHunter 23rd Jun 2014
reads doomagent13's comment... YOU TALK IN CIRCLES! WHAAAT! MINDFU... -
doomagent13 23rd Jun 2014Technically deuterium oxide is heavy water, which has similar properties to normal water. Due to deuterium being twice as heavy as normal hydrogen, biological processes can be messed up by sufficiently high concentration of heavy water. Heavy water is sometimes used in nuclear reactors because it absorbs fewer neutrons than normal water.