Results 21 to 30 of about 15,662 (114)
Application of machine learning to the study of QCD transition in heavy ion collisions
He jishu, 2023 In high-energy heavy ion collisions, quarks and gluons are released from the colliding nucleus to form a new state of nuclear matter called deconfined quark gluon plasma (QGP). To study the transition from normal nuclear matter or hadron resonance gas to
LI Fupeng, PANG Longgang, WANG Xinnian
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Nuclear Materials and Energy, 2023 Tungsten materials have been chosen for use in critical parts (i.e., as the armor of plasma-facing material) in fusion reactors. Deformed tungsten will undergo recrystallization at a high-temperature service environment, and recrystallized tungsten ...
Kang Wang +5 more
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Deuterium plasma exposure of thin oxide films on tungsten - oxygen removal and deuterium uptake
Nuclear Materials and Energy, 2023 Recently we have shown that thin (33 to 55 nm) oxide films on tungsten (W) prevent deuterium (D) uptake from a low-temperature plasma (5 eV/D; 370 K; 1.4 × 1024 D/m2) into metallic W.
Kristof Kremer +2 more
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Air contamination and its effect on deuterium desorption in liquid lithium
Nuclear Materials and Energy, 2023 The clean wall condition in tokamak devices can be achieved by utilizing the active chemical property of lithium (Li). This also exposes Li to air contamination even when protected by inert gas.
L. Li +6 more
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Examination of fuel elements irradiated in the reactor of the World’s First NPP after long-term storage [PDF]
Nuclear Energy and Technology, 2023 Examinations of fuel elements with two different fuel compositions, U-Mo+Mg and UO2+Mg, irradiated in the AM reactor after their long-term storage do not reveal any visible defects on the surface of their outer claddings.
Sergey N. Ivanov +5 more
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Nuclear Materials and Energy, 2023 A comparison of three sets of Lithium Tokamak Experiment-β (LTX-β) discharges is presented, each with progressively more lithium evaporatively deposited on the stainless steel plasma facing components (PFCs).
A. Maan +10 more
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Nuclear Materials and Energy, 2023 At the KIT a hybrid manufacturing concept for nuclear fusion First Walls is developed combining aspects of conventional and Additive Manufacturing (AM) technologies. The state of the art for ITER does not cover all specifications of a DEMO relevant First
Heiko Neuberger +9 more
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Nuclear Materials and Energy, 2023 9Cr-F/M−xSi (x = 0–1.0 wt%) steels were fabricated through vacuum induction melting technique and processed by hot forging, hot rolling, normalizing and tempering, subsequently.
G.J. Zhang +13 more
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Nuclear Materials and Energy, 2023 Simulations for low-energy irradiation of nuclear Fusion plasma’s ion species on several plasma-facing materials were performed. This study is devoted to determining the minimum incident ion energy to cause sputtering or what is known as the “sputtering ...
Ghadeer H. Al-Malkawi +2 more
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Beryllium intermetallics: Industrial experience on development and manufacture
Nuclear Materials and Energy, 2023 Ulba Metallurgical Plant JSC has been leading several research and development programs aimed at producing beryllides for both structural and fusion applications.
Ramil Gaisin +9 more
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