Nuclear Power Reactor Designs 2024
DOI: 10.1016/b978-0-323-99880-2.00018-7
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Fusion reactors

Baojie Nie
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“…Despite the extreme conditions required for fusion reactions, significant strides have been made in developing tokamakbased D-T fusion reactors like ITER. Fusion energy faces critical challenges including steady-state operation of plasma and tritium cycle management, but the promise of a clean, safe solution for future long-term energy needs continues to drive research [175]. While nuclear fusion has reached a critical point in electricity generation, it still faces considerable challenges and may not align with market demands until the early 2030s or mid-2050s.…”
Section: The Future Of Nuclear Energy: Recent Breakthroughsmentioning
confidence: 99%
“…Despite the extreme conditions required for fusion reactions, significant strides have been made in developing tokamakbased D-T fusion reactors like ITER. Fusion energy faces critical challenges including steady-state operation of plasma and tritium cycle management, but the promise of a clean, safe solution for future long-term energy needs continues to drive research [175]. While nuclear fusion has reached a critical point in electricity generation, it still faces considerable challenges and may not align with market demands until the early 2030s or mid-2050s.…”
Section: The Future Of Nuclear Energy: Recent Breakthroughsmentioning
confidence: 99%