Irradiation dissolves the hardening precipitates in CuCrZr at both low and high temperature, and transmutation shifts its chemistry toward Ni-Zr phases, casting doubt on the alloy's long-term fusion heat-sink use.
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CuCrZr heat-sink irradiation performance reveals new challenges for thermonuclear fusion reactors
Irradiation dissolves the hardening precipitates in CuCrZr at both low and high temperature, and transmutation shifts its chemistry toward Ni-Zr phases, casting doubt on the alloy's long-term fusion heat-sink use.