FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4360616158> ?p ?o ?g. }

• W4360616158 endingPage "169790" @default.
• W4360616158 startingPage "169790" @default.
• W4360616158 abstract "Two-step mechanosynthesis in the 3Ni - Al system has been investigated by experimental and theoretical methods using the developed macrokinetic theory of mechanochemical synthesis (MS). The first step included the grinding and mechanical activation (MA) of the starting reaction mixture in the mill, and the second step included the explosive synthesis of the Ni3Al intermetallic compound outside the mill. The effect of mechanical pre-treatment on the temperature-time parameters of the synthesis of the Ni3Al intermetallic compound was found. The phase composition of the activated mixture of nickel, aluminum, and synthesized products was characterized by X-ray diffraction. Preliminary low-energy mechanical activation (LEMA) of the mixture in a laboratory mill eliminates the negative phenomena associated with the grinding and formation of intermediate phases. Kinetic and thermophysical constants characterizing the two-step MS were determined using the inverse problem. The contribution of mechanical activation factors to the acceleration of Ni3Al synthesis was quantitatively evaluated." @default.
• W4360616158 created "2023-03-24" @default.
• W4360616158 creator A5051525100 @default.
• W4360616158 creator A5080896750 @default.
• W4360616158 date "2023-07-01" @default.
• W4360616158 modified "2023-09-23" @default.
• W4360616158 title "Macrokinetics of thermal explosion in a 3Ni-Al system mechanically activated in a low-energy mill" @default.
• W4360616158 cites W1502735060 @default.
• W4360616158 cites W1553985357 @default.
• W4360616158 cites W1970578382 @default.
• W4360616158 cites W1970651021 @default.
• W4360616158 cites W1973570909 @default.
• W4360616158 cites W1974787360 @default.
• W4360616158 cites W1976726595 @default.
• W4360616158 cites W1977152898 @default.
• W4360616158 cites W1978168088 @default.
• W4360616158 cites W1979037191 @default.
• W4360616158 cites W1983711069 @default.
• W4360616158 cites W1984058235 @default.
• W4360616158 cites W1987428525 @default.
• W4360616158 cites W1988600436 @default.
• W4360616158 cites W1996718817 @default.
• W4360616158 cites W1997574143 @default.
• W4360616158 cites W1997935935 @default.
• W4360616158 cites W2001691863 @default.
• W4360616158 cites W2002528309 @default.
• W4360616158 cites W2013128350 @default.
• W4360616158 cites W2013745323 @default.
• W4360616158 cites W2015698195 @default.
• W4360616158 cites W2015799837 @default.
• W4360616158 cites W2021230630 @default.
• W4360616158 cites W2025795700 @default.
• W4360616158 cites W2025939548 @default.
• W4360616158 cites W2027783424 @default.
• W4360616158 cites W2041119902 @default.
• W4360616158 cites W2041811020 @default.
• W4360616158 cites W2042482915 @default.
• W4360616158 cites W2047248460 @default.
• W4360616158 cites W2053883097 @default.
• W4360616158 cites W2054081785 @default.
• W4360616158 cites W2055703021 @default.
• W4360616158 cites W2057573470 @default.
• W4360616158 cites W2059496422 @default.
• W4360616158 cites W2060209527 @default.
• W4360616158 cites W2063437910 @default.
• W4360616158 cites W2070055445 @default.
• W4360616158 cites W2071187000 @default.
• W4360616158 cites W2077832000 @default.
• W4360616158 cites W2078626687 @default.
• W4360616158 cites W2081203770 @default.
• W4360616158 cites W2088134749 @default.
• W4360616158 cites W2128868542 @default.
• W4360616158 cites W2164702672 @default.
• W4360616158 cites W2171547176 @default.
• W4360616158 cites W2257424668 @default.
• W4360616158 cites W2285558057 @default.
• W4360616158 cites W2313078386 @default.
• W4360616158 cites W2471421988 @default.
• W4360616158 cites W2480884253 @default.
• W4360616158 cites W2494394481 @default.
• W4360616158 cites W2520319225 @default.
• W4360616158 cites W253064557 @default.
• W4360616158 cites W2553112622 @default.
• W4360616158 cites W2568193472 @default.
• W4360616158 cites W2612038360 @default.
• W4360616158 cites W2754195196 @default.
• W4360616158 cites W2756014363 @default.
• W4360616158 cites W2772600723 @default.
• W4360616158 cites W2774242111 @default.
• W4360616158 cites W2789122132 @default.
• W4360616158 cites W2802009800 @default.
• W4360616158 cites W2802036135 @default.
• W4360616158 cites W2916471652 @default.
• W4360616158 cites W2934913873 @default.
• W4360616158 cites W2940143273 @default.
• W4360616158 cites W2945069977 @default.
• W4360616158 cites W2948160987 @default.
• W4360616158 cites W3036885175 @default.
• W4360616158 cites W3111539651 @default.
• W4360616158 cites W3112610707 @default.
• W4360616158 cites W3119876120 @default.
• W4360616158 cites W3162744116 @default.
• W4360616158 cites W3164088737 @default.
• W4360616158 cites W3165568567 @default.
• W4360616158 cites W3169578122 @default.
• W4360616158 cites W3192730709 @default.
• W4360616158 cites W3193695292 @default.
• W4360616158 cites W4210788912 @default.
• W4360616158 cites W4224938474 @default.
• W4360616158 cites W899820384 @default.
• W4360616158 cites W916198849 @default.
• W4360616158 doi "https://doi.org/10.1016/j.jallcom.2023.169790" @default.
• W4360616158 hasPublicationYear "2023" @default.
• W4360616158 type Work @default.
• W4360616158 citedByCount "0" @default.
• W4360616158 crossrefType "journal-article" @default.
• W4360616158 hasAuthorship W4360616158A5051525100 @default.
• W4360616158 hasAuthorship W4360616158A5080896750 @default.

• next