Inertial Confinement Fusion by Buntd
ICF using Boyle to provide pressure and a laser to provide heat. Fuses Hydrogen into Noble Gas and then into Carbon Dioxide.
dmrlol
confinement
inertial
hydrogen
fusion
noble
boyle
beam
laser
nuclear
Comments
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Buntd 16th May 2014
@Ferne In nuclear reactions, a small portion of the incident particles' combined mass is converted directly into energy. In hydrogen fusion this is roughly 0.4-0.6% conversion. This is several times as efficient as releasing energy from chemical bonds through burning coal or natural gas. The problem is, is that the required energy to start sustainable nuclear chain reactions is so high that it insofar produces no net gain energy. -
Ferne 16th May 2014
Holy shit, is it really so easy? You just have to press on hydrogen as hard as you can? I mean, coal and oxygen are quite heavy in coomparition to hydrogen... -
Buntd 16th May 2014@program when your life's work turns into a puff of smoke and net useable energy, you make trillions of dollars. What do you think makes the energy that your computer even runs on?
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program 16th May 2014
yeah you make this machine and your lifes work turns into a puff of smoke... totally worth it... -
Buntd 14th May 2014@WolfXDBlockland Unfortunately, TPT doesn't incorporate the Meissner Effect.
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WolfXDBlockland 14th May 2014
You can also do this with supermagnetics. -
Buntd 14th May 2014@meganuke9 when the lasers heat the hydrogen and boyle, the boyle provides enough pressure to cause the hydrogen to fuse into CO2. It's a real life process I was trying to model.
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meganuke9 13th May 2014
I don't understand how this works? -
leeazu 13th May 2014
XD When I forced the fusion, I got Ben Ten's Omnitrix symbol!! xD -
Buntd 13th May 2014@CycroEnerugi You gotta wait half a minute maybe. Just give it moment ffs