Matches in SemOpenAlex for { <https://semopenalex.org/work/W3036962103> ?p ?o ?g. }
- W3036962103 endingPage "110659" @default.
- W3036962103 startingPage "110659" @default.
- W3036962103 abstract "Abstract With suitable thermophysical properties and commercial viability, molten chlorides are promising candidates to replace nitrate salts as heat transfer fluids (HTF) and thermal energy storage (TES) materials for next-generation concentrated solar power (CSP) plants. Nevertheless, structural materials including steels and nickel-based alloys experience severe corrosion in molten chlorides. The explicit understanding of the corrosion mechanisms is therefore decisive in order to propose viable technical solutions to increase the durability of these materials. In this work, the corrosion behavior of ferritic-martensitic P91 steel and Inconel 600 nickel-based alloy is investigated in molten NaCl–KCl at 700 °C under Ar. The salt mixtures after exposure as well as the corroded samples were simultaneously characterized. The systematic metallographic study after the water-free preparation indicates that electrochemical processes play a major role in the overall corrosion mechanisms. In both P91 steel and Inconel 600, the formation of micro-galvanic pairs between Cr-rich phases (anodic sites) and the alloy matrix (cathode) leads to the selective dissolution of Cr from the alloys resulting in the formation of subsurface voids. The influence of O2 and of various alloying elements on the corrosion kinetics is discussed. Based on the experimental observations, several corrosion mechanisms combining electrochemical reactions, solid-state diffusion and chloridation-oxidation processes have to be taken into account." @default.
- W3036962103 created "2020-06-25" @default.
- W3036962103 creator A5023472666 @default.
- W3036962103 creator A5075935628 @default.
- W3036962103 creator A5084811280 @default.
- W3036962103 creator A5087283928 @default.
- W3036962103 date "2020-09-01" @default.
- W3036962103 modified "2023-09-29" @default.
- W3036962103 title "Corrosion mechanisms of ferritic-martensitic P91 steel and Inconel 600 nickel-based alloy in molten chlorides. Part I: NaCl–KCl binary system" @default.
- W3036962103 cites W1609534097 @default.
- W3036962103 cites W1810089668 @default.
- W3036962103 cites W1857314118 @default.
- W3036962103 cites W1962722119 @default.
- W3036962103 cites W1964322319 @default.
- W3036962103 cites W1973496735 @default.
- W3036962103 cites W1975773120 @default.
- W3036962103 cites W1981154234 @default.
- W3036962103 cites W1981744888 @default.
- W3036962103 cites W1982101188 @default.
- W3036962103 cites W1990620454 @default.
- W3036962103 cites W1993257332 @default.
- W3036962103 cites W1995649320 @default.
- W3036962103 cites W2000029957 @default.
- W3036962103 cites W2003395392 @default.
- W3036962103 cites W2004049172 @default.
- W3036962103 cites W2009404226 @default.
- W3036962103 cites W2009986185 @default.
- W3036962103 cites W2013685783 @default.
- W3036962103 cites W2023007094 @default.
- W3036962103 cites W2030110229 @default.
- W3036962103 cites W2030373270 @default.
- W3036962103 cites W2034586884 @default.
- W3036962103 cites W2043716722 @default.
- W3036962103 cites W2045239463 @default.
- W3036962103 cites W2053593617 @default.
- W3036962103 cites W2053984576 @default.
- W3036962103 cites W2060611854 @default.
- W3036962103 cites W2061217256 @default.
- W3036962103 cites W2064865692 @default.
- W3036962103 cites W2076673477 @default.
- W3036962103 cites W2078174155 @default.
- W3036962103 cites W2080505294 @default.
- W3036962103 cites W2082995775 @default.
- W3036962103 cites W2083144970 @default.
- W3036962103 cites W2084360985 @default.
- W3036962103 cites W2085544040 @default.
- W3036962103 cites W2094395886 @default.
- W3036962103 cites W2096068886 @default.
- W3036962103 cites W2118097508 @default.
- W3036962103 cites W2130131717 @default.
- W3036962103 cites W2148708796 @default.
- W3036962103 cites W2165187758 @default.
- W3036962103 cites W2175726026 @default.
- W3036962103 cites W2252958172 @default.
- W3036962103 cites W2313719594 @default.
- W3036962103 cites W2333093552 @default.
- W3036962103 cites W2460434558 @default.
- W3036962103 cites W2484284311 @default.
- W3036962103 cites W2595880198 @default.
- W3036962103 cites W2602159040 @default.
- W3036962103 cites W2621050259 @default.
- W3036962103 cites W2734915155 @default.
- W3036962103 cites W2741999640 @default.
- W3036962103 cites W2760874919 @default.
- W3036962103 cites W2772258952 @default.
- W3036962103 cites W2792019389 @default.
- W3036962103 cites W2792463320 @default.
- W3036962103 cites W2793395603 @default.
- W3036962103 cites W2793748518 @default.
- W3036962103 cites W2794260144 @default.
- W3036962103 cites W2801652137 @default.
- W3036962103 cites W2802735707 @default.
- W3036962103 cites W2803841354 @default.
- W3036962103 cites W2810510817 @default.
- W3036962103 cites W2810908999 @default.
- W3036962103 cites W2886042618 @default.
- W3036962103 cites W2892098954 @default.
- W3036962103 cites W2896517242 @default.
- W3036962103 cites W2905809683 @default.
- W3036962103 cites W2941030861 @default.
- W3036962103 cites W2941510818 @default.
- W3036962103 cites W2948702495 @default.
- W3036962103 cites W3101702203 @default.
- W3036962103 cites W4238596856 @default.
- W3036962103 cites W45242143 @default.
- W3036962103 doi "https://doi.org/10.1016/j.solmat.2020.110659" @default.
- W3036962103 hasPublicationYear "2020" @default.
- W3036962103 type Work @default.
- W3036962103 sameAs 3036962103 @default.
- W3036962103 citedByCount "24" @default.
- W3036962103 countsByYear W30369621032020 @default.
- W3036962103 countsByYear W30369621032021 @default.
- W3036962103 countsByYear W30369621032022 @default.
- W3036962103 countsByYear W30369621032023 @default.
- W3036962103 crossrefType "journal-article" @default.
- W3036962103 hasAuthorship W3036962103A5023472666 @default.
- W3036962103 hasAuthorship W3036962103A5075935628 @default.
- W3036962103 hasAuthorship W3036962103A5084811280 @default.