Materials Challenges in Fusion Energy Research (Q168760): Difference between revisions

Latest revision as of 21:05, 21 September 2024

Understanding materials challenges in fusion energy research, including radiation damage and advanced steel development.

Language	Label	Description	Also known as
English	Materials Challenges in Fusion Energy Research	Understanding materials challenges in fusion energy research, including radiation damage and advanced steel development.

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@@ aliases / en / 0 / aliases / en / 0 @@
-fusion materials
@@ aliases / en / 1 / aliases / en / 1 @@
-radiation damage
@@ aliases / en / 2 / aliases / en / 2 @@
-plasma-facing components
@@ aliases / en / 3 / aliases / en / 3 @@
-irradiation-resistant steels
@@ aliases / en / 4 / aliases / en / 4 @@
-tungsten alloys
@@ aliases / en / 5 / aliases / en / 5 @@
-neutron irradiation effects
@@ aliases / en / 6 / aliases / en / 6 @@
-oxide dispersion-strengthened steels
@@ aliases / en / 7 / aliases / en / 7 @@
-structural materials
@@ aliases / en / 8 / aliases / en / 8 @@
-interatomic potential
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-molecular dynamics simulations
@@ description / en / description / en @@
-This cluster of papers focuses on the materials challenges in fusion energy research, including radiation damage, plasma-facing components, irradiation-resistant steels, tungsten alloys, neutron irradiation effects, oxide dispersion-strengthened stee
+Understanding materials challenges in fusion energy research, including radiation damage and advanced steel development.
@@ Property / same as @@
-https://openalex.org/T10592
@@ Property / same as: https://openalex.org/T10592 / rank @@
-Normal rank
@@ Property / OpenAlex ID @@
+T10592
@@ Property / OpenAlex ID: T10592 / rank @@
+Normal rank