Matches in SemOpenAlex for { <https://semopenalex.org/work/W2538039987> ?p ?o ?g. }
- W2538039987 endingPage "34" @default.
- W2538039987 startingPage "21" @default.
- W2538039987 abstract "We irradiated four ferritic alloys with energetic Fe and He ions: one castable nanostructured alloy (CNA) containing Ti-W-Ta-carbides, and three nanostructured ferritic alloys (NFAs). The NFAs were: 9Cr containing Y-Ti-O nanoclusters, and two Fe-12Cr-5Al NFAs containing Y-Zr-O or Y-Hf-O clusters. All four were subjected to simultaneous dual-beam Fe + He ion implantation (650 °C, ∼50 dpa, ∼15 appm He/dpa), simulating fusion-reactor conditions. Examination using scanning/transmission electron microscopy (STEM) revealed high-number-density helium bubbles of ∼8 nm, ∼1021 m−3 (CNA), and of ∼3 nm, 1023 m−3 (NFAs). STEM combined with multivariate statistical analysis data mining suggests that the precipitate-matrix interfaces in all alloys survived ∼50 dpa at 650 °C and serve as effective helium trapping sites. All alloys appear viable structural material candidates for fusion or advanced fission energy systems. Among these developmental alloys the NFAs appear to sequester the helium into smaller bubbles and away from the grain boundaries more effectively than the early-generation CNA." @default.
- W2538039987 created "2016-10-28" @default.
- W2538039987 creator A5022177095 @default.
- W2538039987 creator A5023262747 @default.
- W2538039987 creator A5030991188 @default.
- W2538039987 creator A5035858494 @default.
- W2538039987 creator A5041943948 @default.
- W2538039987 creator A5057303470 @default.
- W2538039987 creator A5074102933 @default.
- W2538039987 creator A5091612438 @default.
- W2538039987 date "2017-01-01" @default.
- W2538039987 modified "2023-10-16" @default.
- W2538039987 title "Helium sequestration at nanoparticle-matrix interfaces in helium + heavy ion irradiated nanostructured ferritic alloys" @default.
- W2538039987 cites W1772196057 @default.
- W2538039987 cites W1969957833 @default.
- W2538039987 cites W1971707826 @default.
- W2538039987 cites W1973696622 @default.
- W2538039987 cites W1974316325 @default.
- W2538039987 cites W1977063845 @default.
- W2538039987 cites W1989258926 @default.
- W2538039987 cites W1991033681 @default.
- W2538039987 cites W1993513809 @default.
- W2538039987 cites W1996956590 @default.
- W2538039987 cites W2002144700 @default.
- W2538039987 cites W2002384510 @default.
- W2538039987 cites W2003237929 @default.
- W2538039987 cites W2009555747 @default.
- W2538039987 cites W2014462128 @default.
- W2538039987 cites W2017024643 @default.
- W2538039987 cites W2021310783 @default.
- W2538039987 cites W2021883813 @default.
- W2538039987 cites W2024630230 @default.
- W2538039987 cites W2033939451 @default.
- W2538039987 cites W2034201816 @default.
- W2538039987 cites W2035370128 @default.
- W2538039987 cites W2035474391 @default.
- W2538039987 cites W2035977049 @default.
- W2538039987 cites W2037278105 @default.
- W2538039987 cites W2037331191 @default.
- W2538039987 cites W2040095522 @default.
- W2538039987 cites W2043038303 @default.
- W2538039987 cites W2044271925 @default.
- W2538039987 cites W2047876379 @default.
- W2538039987 cites W2050490694 @default.
- W2538039987 cites W2051276835 @default.
- W2538039987 cites W2057014959 @default.
- W2538039987 cites W2057553411 @default.
- W2538039987 cites W2060017237 @default.
- W2538039987 cites W2060735907 @default.
- W2538039987 cites W2061899458 @default.
- W2538039987 cites W2064386278 @default.
- W2538039987 cites W2069828743 @default.
- W2538039987 cites W2073911914 @default.
- W2538039987 cites W2074196385 @default.
- W2538039987 cites W2075495046 @default.
- W2538039987 cites W2075951012 @default.
- W2538039987 cites W2077264009 @default.
- W2538039987 cites W2079264261 @default.
- W2538039987 cites W2080132471 @default.
- W2538039987 cites W2080605749 @default.
- W2538039987 cites W2081189550 @default.
- W2538039987 cites W2083082818 @default.
- W2538039987 cites W2083663250 @default.
- W2538039987 cites W2088562223 @default.
- W2538039987 cites W2089619457 @default.
- W2538039987 cites W2092280582 @default.
- W2538039987 cites W2096001216 @default.
- W2538039987 cites W2096103399 @default.
- W2538039987 cites W2097914991 @default.
- W2538039987 cites W2104957669 @default.
- W2538039987 cites W2109793622 @default.
- W2538039987 cites W2114329663 @default.
- W2538039987 cites W2129535991 @default.
- W2538039987 cites W2208330921 @default.
- W2538039987 cites W2328085554 @default.
- W2538039987 cites W2341903636 @default.
- W2538039987 cites W2399653735 @default.
- W2538039987 cites W2461269607 @default.
- W2538039987 cites W641022624 @default.
- W2538039987 doi "https://doi.org/10.1016/j.jnucmat.2016.10.038" @default.
- W2538039987 hasPublicationYear "2017" @default.
- W2538039987 type Work @default.
- W2538039987 sameAs 2538039987 @default.
- W2538039987 citedByCount "40" @default.
- W2538039987 countsByYear W25380399872017 @default.
- W2538039987 countsByYear W25380399872018 @default.
- W2538039987 countsByYear W25380399872019 @default.
- W2538039987 countsByYear W25380399872020 @default.
- W2538039987 countsByYear W25380399872021 @default.
- W2538039987 countsByYear W25380399872022 @default.
- W2538039987 countsByYear W25380399872023 @default.
- W2538039987 crossrefType "journal-article" @default.
- W2538039987 hasAuthorship W2538039987A5022177095 @default.
- W2538039987 hasAuthorship W2538039987A5023262747 @default.
- W2538039987 hasAuthorship W2538039987A5030991188 @default.
- W2538039987 hasAuthorship W2538039987A5035858494 @default.
- W2538039987 hasAuthorship W2538039987A5041943948 @default.
- W2538039987 hasAuthorship W2538039987A5057303470 @default.