tile.gg.antimatterRender.name=§f§fAntimatter Render

#GUI Info
GT5U.gui.text.node_too_small=§f§fNode too small

gui.NeutronSensor.0=§fInput the value of Neutron Kinetic Energy.
gui.NeutronSensor.1=§fe.g. >5000KeV, <=30MeV . . .
gui.NeutronSensor.2=§fValid
gui.NeutronSensor.3=§fInvalid
gui.NeutronSensor.4=§feV threshold
gui.NeutronActivator.0=§fCurrent Neutron Kinetic Energy:
gui.NeutronActivator.1=§fInput:
gui.YOTTank.0=§fCapacity:
gui.YOTTank.1=§fFluid:
gui.YOTTank.2=§fStored:
gui.YOTTank.3=§fLocked:
gui.YOTTank.button.void=§fVoid Excess
gui.YOTTank.button.locking=§fFluid locking
gui.LargeFusion.0=§fEnergy Capacity:
gui.LargeFusion.1=§fStored Energy:
gui.AntimatterForge.0=§fContained Antimatter
gui.AntimatterForge.1=§fPassive Consumption
gui.AntimatterForge.2=§fActive Consumption
gui.AntimatterForge.3=§fAntimatter Change
gui.AntimatterGenerator.0=§fEU Produced
gui.AntimatterGenerator.1=§fEfficiency
batch_mode.cfgi.0=§fBatch Size
gt.blockmachines.YottaFluidTank.cfgi.0=§fTick rate (Update I/O every x ticks)

gg.gui.text.large_essentia_smeltery.requires=§fRequires %s total §bAqua§f and §cIgnis §fcentivis to function.