ITER Addresses One of Nuclear Fusion’s Biggest Challenges: Preventing Incredibly Hot Plasma From Damaging the Reactor
EnergyThe plasma containing deuterium and tritium nuclei reaches a temperature of 270 million degrees Fahrenheit.
Read more »The plasma containing deuterium and tritium nuclei reaches a temperature of 270 million degrees Fahrenheit.
Read more »The country imports 99% of its uranium concentrate to fuel its nuclear reactors.
Read more »Small modular reactors (SMRs) promised cheaper nuclear fission power with their compact, modular design. NuScale’s failed pilot project suggests otherwise.
Read more »Light and pressurized heavy water reactors can use this fuel.
Read more »Project Pele is already underway and aims to test a prototype in no more than five years.
Read more »Nuclear reactors:ITER Addresses One of Nuclear Fusion’s Biggest Challenges: Preventing Incredibly Hot Plasma From Damaging the Reactor.The U.S. Seemed Happy to..