FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4376113119> ?p ?o ?g. }

• W4376113119 endingPage "170520" @default.
• W4376113119 startingPage "170520" @default.
• W4376113119 abstract "The dual-phase alloy developed based on Group 5B metals (V, Nb, Ta) is a promising material for hydrogen purification. Especially, Nb-Ti-Fe dual-phase alloys have attracted much attention due to their dual advantages, i.e., low price and good hydrogen permeability. Nevertheless, the challenge of developing higher comprehensive performance alloys in the face of the needs of practical applications remains. To address this need, a series of alloys with the formula Nb5Ti58Fe35M2 (atom %), where M is W, Mo, Cr, Pd, Cu, Al, Co, or Ni, was devised and prepared, and their microstructure characteristics and hydrogen transport properties were investigated. The results show that alloying of different elements will lead to great changes in permeability and hydrogen embrittlement (HE), whereas the structure type is less dependent on element types. Specifically, introducing doping elements W, Mo, Cr, or Co deteriorates the performance, especially the resistance to HE. Similarly, adding Pd, Al, or Ni reduces permeability but increases HE resistance. By contrast, the alloying of Cu improves both hydrogen permeability and hydrogen brittleness. Nb5Ti58Fe35Cu2 shows a high permeability of 4.32 × 10−8 mol H2 m−1s−1Pa−0.5 at 673 K, which is better than our newly developed Nb5Ti60Fe35 alloy. In addition, this paper also demonstrated that a change of phase size and morphology arising from alloying has greater influence on permeability than a change in the orientation relationship (OR) between the phases." @default.
• W4376113119 created "2023-05-12" @default.
• W4376113119 creator A5003621477 @default.
• W4376113119 creator A5021168592 @default.
• W4376113119 creator A5022334442 @default.
• W4376113119 creator A5033242132 @default.
• W4376113119 creator A5034842274 @default.
• W4376113119 creator A5042848548 @default.
• W4376113119 creator A5055084389 @default.
• W4376113119 creator A5062908965 @default.
• W4376113119 creator A5069086968 @default.
• W4376113119 creator A5082924617 @default.
• W4376113119 creator A5088638075 @default.
• W4376113119 creator A5091918683 @default.
• W4376113119 date "2023-10-01" @default.
• W4376113119 modified "2023-10-05" @default.
• W4376113119 title "Microstructure and hydrogen transport behaviour of Nb5Ti58Fe35M2 alloy membranes" @default.
• W4376113119 cites W1912192737 @default.
• W4376113119 cites W1964451889 @default.
• W4376113119 cites W1974910191 @default.
• W4376113119 cites W1975040070 @default.
• W4376113119 cites W1986932154 @default.
• W4376113119 cites W1987055674 @default.
• W4376113119 cites W1989245863 @default.
• W4376113119 cites W1991497206 @default.
• W4376113119 cites W2011232431 @default.
• W4376113119 cites W2013013467 @default.
• W4376113119 cites W2016644917 @default.
• W4376113119 cites W2024927318 @default.
• W4376113119 cites W2025231421 @default.
• W4376113119 cites W2034479021 @default.
• W4376113119 cites W2064710849 @default.
• W4376113119 cites W2064925320 @default.
• W4376113119 cites W2070094662 @default.
• W4376113119 cites W2070186794 @default.
• W4376113119 cites W2073809374 @default.
• W4376113119 cites W2076244039 @default.
• W4376113119 cites W2082641698 @default.
• W4376113119 cites W2088587047 @default.
• W4376113119 cites W2114104206 @default.
• W4376113119 cites W2160704721 @default.
• W4376113119 cites W2162281994 @default.
• W4376113119 cites W2344378525 @default.
• W4376113119 cites W2519461489 @default.
• W4376113119 cites W2586244311 @default.
• W4376113119 cites W2611258079 @default.
• W4376113119 cites W2781954820 @default.
• W4376113119 cites W2791443379 @default.
• W4376113119 cites W2793977269 @default.
• W4376113119 cites W2804581461 @default.
• W4376113119 cites W2895397557 @default.
• W4376113119 cites W2897196668 @default.
• W4376113119 cites W2897645295 @default.
• W4376113119 cites W2898188770 @default.
• W4376113119 cites W2920719827 @default.
• W4376113119 cites W2949180010 @default.
• W4376113119 cites W2953452410 @default.
• W4376113119 cites W2962804950 @default.
• W4376113119 cites W2964668205 @default.
• W4376113119 cites W3000651737 @default.
• W4376113119 cites W3018486057 @default.
• W4376113119 cites W3022938047 @default.
• W4376113119 cites W3084159962 @default.
• W4376113119 cites W3097210817 @default.
• W4376113119 cites W3117283592 @default.
• W4376113119 cites W3132307287 @default.
• W4376113119 cites W3195306969 @default.
• W4376113119 cites W3215583397 @default.
• W4376113119 cites W4200137313 @default.
• W4376113119 cites W4205187286 @default.
• W4376113119 cites W4220654982 @default.
• W4376113119 cites W4224883172 @default.
• W4376113119 cites W4224911887 @default.
• W4376113119 cites W4309578711 @default.
• W4376113119 cites W4313398731 @default.
• W4376113119 doi "https://doi.org/10.1016/j.jallcom.2023.170520" @default.
• W4376113119 hasPublicationYear "2023" @default.
• W4376113119 type Work @default.
• W4376113119 citedByCount "2" @default.
• W4376113119 countsByYear W43761131192023 @default.
• W4376113119 crossrefType "journal-article" @default.
• W4376113119 hasAuthorship W4376113119A5003621477 @default.
• W4376113119 hasAuthorship W4376113119A5021168592 @default.
• W4376113119 hasAuthorship W4376113119A5022334442 @default.
• W4376113119 hasAuthorship W4376113119A5033242132 @default.
• W4376113119 hasAuthorship W4376113119A5034842274 @default.
• W4376113119 hasAuthorship W4376113119A5042848548 @default.
• W4376113119 hasAuthorship W4376113119A5055084389 @default.
• W4376113119 hasAuthorship W4376113119A5062908965 @default.
• W4376113119 hasAuthorship W4376113119A5069086968 @default.
• W4376113119 hasAuthorship W4376113119A5082924617 @default.
• W4376113119 hasAuthorship W4376113119A5088638075 @default.
• W4376113119 hasAuthorship W4376113119A5091918683 @default.
• W4376113119 hasConcept C120882062 @default.
• W4376113119 hasConcept C127413603 @default.
• W4376113119 hasConcept C142282041 @default.
• W4376113119 hasConcept C16876290 @default.
• W4376113119 hasConcept C178790620 @default.

• next