Matches in SemOpenAlex for { <https://semopenalex.org/work/W3037843771> ?p ?o ?g. }
- W3037843771 endingPage "100806" @default.
- W3037843771 startingPage "100806" @default.
- W3037843771 abstract "Abstract Irradiation induced phase transformation of γ-austenite to α-ferrite has been observed in austenitic steels for the past several decades. This transformation can be detrimental to structural materials in a nuclear reactor environment as the increased fraction of the ferritic phase can increase corrosion and embrittlement and lead to stress corrosion cracking. This transformation is caused by both strain induced martensite transformation as well as radiation induced segregation and precipitation. In this study, two radiation tolerant nanostructured 304L austenitic steels (one ultrafine grained and one nanocrystalline) were manufactured using severe plastic deformation. These nanostructured 304L steels were compared to conventional coarse-grained 304L, after self-ion irradiation at 500°C up to a peak damage of 50 displacements per atom. Phase fraction after irradiation was analyzed using grazing incidence x-ray diffraction, precession electron diffraction, and electron backscatter diffraction. Nanostructured 304L steels showed significant resistance to irradiation induced austenite to ferrite transformation. This resistance was shown to be due to a decrease in defect formation, as well as a reduction in radiation induced segregation and precipitation." @default.
- W3037843771 created "2020-07-02" @default.
- W3037843771 creator A5003472550 @default.
- W3037843771 creator A5006822602 @default.
- W3037843771 creator A5009995339 @default.
- W3037843771 creator A5020129924 @default.
- W3037843771 creator A5024551318 @default.
- W3037843771 creator A5024786277 @default.
- W3037843771 creator A5027034510 @default.
- W3037843771 creator A5044561488 @default.
- W3037843771 creator A5069351874 @default.
- W3037843771 creator A5082980319 @default.
- W3037843771 date "2020-09-01" @default.
- W3037843771 modified "2023-10-12" @default.
- W3037843771 title "Enhanced Resistance to Irradiation Induced Ferritic Transformation in Nanostructured Austenitic Steels" @default.
- W3037843771 cites W1518013960 @default.
- W3037843771 cites W1964516880 @default.
- W3037843771 cites W1978669221 @default.
- W3037843771 cites W1982381330 @default.
- W3037843771 cites W1984529134 @default.
- W3037843771 cites W1985705182 @default.
- W3037843771 cites W1990428499 @default.
- W3037843771 cites W1994646802 @default.
- W3037843771 cites W1996532227 @default.
- W3037843771 cites W1997049969 @default.
- W3037843771 cites W1997405782 @default.
- W3037843771 cites W2002272162 @default.
- W3037843771 cites W2004598377 @default.
- W3037843771 cites W2013711368 @default.
- W3037843771 cites W2015090755 @default.
- W3037843771 cites W2015225682 @default.
- W3037843771 cites W2021737031 @default.
- W3037843771 cites W2023423219 @default.
- W3037843771 cites W2023499447 @default.
- W3037843771 cites W2025637903 @default.
- W3037843771 cites W2027055456 @default.
- W3037843771 cites W2030707636 @default.
- W3037843771 cites W2038210910 @default.
- W3037843771 cites W2045700656 @default.
- W3037843771 cites W2046653052 @default.
- W3037843771 cites W2056228148 @default.
- W3037843771 cites W2059744405 @default.
- W3037843771 cites W2059783145 @default.
- W3037843771 cites W2062466725 @default.
- W3037843771 cites W2072014287 @default.
- W3037843771 cites W2073023622 @default.
- W3037843771 cites W2085876834 @default.
- W3037843771 cites W2088260747 @default.
- W3037843771 cites W2091770399 @default.
- W3037843771 cites W2095782958 @default.
- W3037843771 cites W2104196136 @default.
- W3037843771 cites W2105328526 @default.
- W3037843771 cites W2109793622 @default.
- W3037843771 cites W2124206960 @default.
- W3037843771 cites W2137604514 @default.
- W3037843771 cites W2158304367 @default.
- W3037843771 cites W2167450368 @default.
- W3037843771 cites W2197524700 @default.
- W3037843771 cites W2201937544 @default.
- W3037843771 cites W2234255076 @default.
- W3037843771 cites W2287305874 @default.
- W3037843771 cites W2292328717 @default.
- W3037843771 cites W2357202762 @default.
- W3037843771 cites W2402140990 @default.
- W3037843771 cites W2469804729 @default.
- W3037843771 cites W2497738965 @default.
- W3037843771 cites W2522749234 @default.
- W3037843771 cites W2735179752 @default.
- W3037843771 cites W2776296262 @default.
- W3037843771 cites W2779850346 @default.
- W3037843771 cites W2792059030 @default.
- W3037843771 cites W2886146746 @default.
- W3037843771 cites W2904574284 @default.
- W3037843771 cites W2908999101 @default.
- W3037843771 cites W2912017449 @default.
- W3037843771 cites W809752518 @default.
- W3037843771 doi "https://doi.org/10.1016/j.mtla.2020.100806" @default.
- W3037843771 hasPublicationYear "2020" @default.
- W3037843771 type Work @default.
- W3037843771 sameAs 3037843771 @default.
- W3037843771 citedByCount "8" @default.
- W3037843771 countsByYear W30378437712022 @default.
- W3037843771 countsByYear W30378437712023 @default.
- W3037843771 crossrefType "journal-article" @default.
- W3037843771 hasAuthorship W3037843771A5003472550 @default.
- W3037843771 hasAuthorship W3037843771A5006822602 @default.
- W3037843771 hasAuthorship W3037843771A5009995339 @default.
- W3037843771 hasAuthorship W3037843771A5020129924 @default.
- W3037843771 hasAuthorship W3037843771A5024551318 @default.
- W3037843771 hasAuthorship W3037843771A5024786277 @default.
- W3037843771 hasAuthorship W3037843771A5027034510 @default.
- W3037843771 hasAuthorship W3037843771A5044561488 @default.
- W3037843771 hasAuthorship W3037843771A5069351874 @default.
- W3037843771 hasAuthorship W3037843771A5082980319 @default.
- W3037843771 hasBestOaLocation W30378437711 @default.
- W3037843771 hasConcept C104317684 @default.
- W3037843771 hasConcept C111337013 @default.
- W3037843771 hasConcept C121332964 @default.