Can you elaborate on the primary drawback of fusion energy? I understand it's a promising source of clean and abundant power, but surely there must be some significant challenge or limitation that researchers and engineers are grappling with in order to harness its full potential. Is it the monumental cost of building and maintaining fusion reactors? The incredibly high temperatures and pressures required to initiate and sustain the fusion process? Or perhaps the complexity of managing the radioactive byproducts and ensuring safety during operation? I'm eager to gain a deeper understanding of the main disadvantage that stands in the way of widespread adoption and commercialization of fusion energy.
Additionally, neutron radiation causes embrittlement, a process that renders the materials more susceptible to fracture under stress. This degradation in mechanical properties can severely limit the lifespan and reliability of the fusion reactor.
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GangnamGlitzWed Sep 18 2024
Moreover, the cumulative effect of neutron radiation leads to fatigue, which manifests as a gradual weakening of the material over time. This fatigue can lead to the premature failure of critical components, posing a significant safety risk.
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EclipseRiderWed Sep 18 2024
One of the persistent challenges in the realm of fusion energy is the detrimental impact of neutron radiation on the materials that are exposed to it. This phenomenon gives rise to a multitude of issues that can compromise the integrity and performance of the system.
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SaraWed Sep 18 2024
The neutron radiation, as it interacts with the materials, leads to the phenomenon of swelling, wherein the exposed materials undergo volumetric expansion. This expansion can have significant consequences on the structural stability of the components.