[HTML][HTML] Helium-induced swelling and mechanical property degradation in ultrafine-grained W and W-Cu nanocomposites for fusion applications
M Wurmshuber, M Balooch, X Huang, P Hosemann… - Scripta materialia, 2022 - Elsevier
Besides high dose radiation and extreme thermal loads, a major concern for materials
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
[PDF][PDF] Helium-induced swelling and mechanical property degradation in ultrafine-grained W and W-Cu nanocomposites for fusion applications
M Wurmshuber, M Balooch, X Huang… - Scripta …, 2022 - researchgate.net
Besides high dose radiation and extreme thermal loads, a major concern for materials
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
[PDF][PDF] Helium-induced swelling and mechanical property degradation in ultrafine-grained W and W-Cu nanocomposites for fusion applications
M Wurmshuber, M Balooch, X Huang, P Hosemann… - Scripta Materialia, 2022 - par.nsf.gov
Besides high dose radiation and extreme thermal loads, a major concern for materials
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
Helium-induced swelling and mechanical property degradation in ultrafine-grained W and W-Cu nanocomposites for fusion applications
M Wurmshuber, M Balooch, X Huang… - Scripta …, 2022 - pure.unileoben.ac.at
Besides high dose radiation and extreme thermal loads, a major concern for materials
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
[PDF][PDF] Helium-induced swelling and mechanical property degradation in ultrafine-grained W and W-Cu nanocomposites for fusion applications
M Wurmshuber, M Balooch, X Huang… - Scripta …, 2022 - pureadmin.unileoben.ac.at
Besides high dose radiation and extreme thermal loads, a major concern for materials
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
[PDF][PDF] Helium-induced swelling and mechanical property degradation in ultrafine-grained W and W-Cu nanocomposites for fusion applications
M Wurmshuber, M Balooch, X Huang… - Scripta …, 2022 - pureadmin.unileoben.ac.at
Besides high dose radiation and extreme thermal loads, a major concern for materials
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
[PDF][PDF] Helium-induced swelling and mechanical property degradation in ultrafine-grained W and W-Cu nanocomposites for fusion applications
M Wurmshuber, M Balooch, X Huang… - Scripta …, 2022 - pure.unileoben.ac.at
Besides high dose radiation and extreme thermal loads, a major concern for materials
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …
deployed in novel nuclear fusion reactors is the formation and growth of helium bubbles …