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Ablation loading efficiency of carbon nanostructured foams produced with the pulsed laser deposition technique
M.Cipriani A.Maffini D.Orecchia M.S.Galli De Magistris V.Ciardiello M.Scisciò P.Andreoli G.Cristofari E.Di Ferdinando V.P.Loschiavo D.Davino M.Passoni F.Consoli
Matter and Radiation at Extremes2026，Vol.11Issue(4)：P.80-90,11.
Matter and Radiation at Extremes2026，Vol.11Issue(4)：P.80-90,11.DOI:10.1063/5.0316156
Ablation loading efficiency of carbon nanostructured foams produced with the pulsed laser deposition technique
摘要
关键词
loading efficiency/ablation/pulsed laser deposition/porous materials/carbon nanostructured foams/identify suitable new materials/pulsed laser deposition techniquethe/enhancement abla分类
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M.Cipriani,A.Maffini,D.Orecchia,M.S.Galli De Magistris,V.Ciardiello,M.Scisciò,P.Andreoli,G.Cristofari,E.Di Ferdinando,V.P.Loschiavo,D.Davino,M.Passoni,F.Consoli..Ablation loading efficiency of carbon nanostructured foams produced with the pulsed laser deposition technique[J].Matter and Radiation at Extremes,2026,11(4):P.80-90,11.基金项目
unded by the European Union via the Euratom Research and Training Programme(Grant Agreement No.101052200-EUROfusion) （Grant Agreement No.101052200-EUROfusion）
the financial support of the European Union Next Generation EU and Italian Ministry of University and Research as part of the PRIN 2022 program,project"Nanomaterials for Fusion:Experimental and Modeling of Nanostructured Materials and Plasma-Material Interactions for Inertial and Magnetic Confinement Fusion"(Project ID:2022N5JBHT,CUP D53D23002840006)。 （Project ID:2022N5JBHT,CUP D53D23002840006）
