FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2065595477> ?p ?o ?g. }

• W2065595477 endingPage "509" @default.
• W2065595477 startingPage "413" @default.
• W2065595477 abstract "The development and understanding of alloys is one of the most important themes of physical metallurgy. Over the past four decades, the progress in modern processing techniques has enabled researchers to artificially create an increasing number of new alloys in systems that are immiscible in thermodynamic equilibrium. This possibility of alloying elements between which no alloys exist in nature offers exciting opportunities for many physics, chemistry, and materials science endeavors. One of the obvious questions that needs to be answered is exactly what kind of alloys have been, and can be, obtained in these systems with positive heat of mixing, in terms of the uniformity, the presence of short-to-medium range chemical and topological order/clustering, and the energy state of the new alloy phases. This issue was not adequately addressed before because, until recent years, simple diffraction measurements constituted the main method for the characterization of the alloys produced. In this article, we survey the alloys created in binary systems with positive heat of mixing. Our emphasis is on a systematic examination of the atomic-level structure, and calorimetric determination of the positive enthalpy of mixing, of several model binary alloys created between immiscible elements, covering both amorphous and crystalline solid solutions. Vapor-deposited alloys will be our primary focus, but alloys prepared via other processing routes or modeled in computer simulations will also be discussed. The experimental characterization results recently obtained using local environment probes will be reviewed, together with the insight gained through computer atomistic simulations. The local structures uncovered will be correlated directly with the thermodynamic properties. A full account of the thermodynamic and kinetic aspects of the phase selection and the details of the transformation mechanisms involved, on the other hand, is a much broader subject to be dealt with in a separate review." @default.
• W2065595477 created "2016-06-24" @default.
• W2065595477 creator A5068327424 @default.
• W2065595477 date "2005-05-01" @default.
• W2065595477 modified "2023-10-01" @default.
• W2065595477 title "Alloys created between immiscible elements" @default.
• W2065595477 cites W10161004 @default.
• W2065595477 cites W109195338 @default.
• W2065595477 cites W1192350598 @default.
• W2065595477 cites W1471879679 @default.
• W2065595477 cites W1481597200 @default.
• W2065595477 cites W1485283179 @default.
• W2065595477 cites W1519651747 @default.
• W2065595477 cites W1535457829 @default.
• W2065595477 cites W1536399502 @default.
• W2065595477 cites W1568216123 @default.
• W2065595477 cites W1626099979 @default.
• W2065595477 cites W1648978314 @default.
• W2065595477 cites W1677141741 @default.
• W2065595477 cites W1681098869 @default.
• W2065595477 cites W1963768428 @default.
• W2065595477 cites W1964964865 @default.
• W2065595477 cites W1965988770 @default.
• W2065595477 cites W1966412347 @default.
• W2065595477 cites W1969975851 @default.
• W2065595477 cites W1970078333 @default.
• W2065595477 cites W1971481652 @default.
• W2065595477 cites W1974657986 @default.
• W2065595477 cites W1976012779 @default.
• W2065595477 cites W1976283914 @default.
• W2065595477 cites W1976849335 @default.
• W2065595477 cites W1978168088 @default.
• W2065595477 cites W1979476025 @default.
• W2065595477 cites W1980050703 @default.
• W2065595477 cites W1981476708 @default.
• W2065595477 cites W1981688801 @default.
• W2065595477 cites W1981801583 @default.
• W2065595477 cites W1982115140 @default.
• W2065595477 cites W1982548912 @default.
• W2065595477 cites W1982786981 @default.
• W2065595477 cites W1982901592 @default.
• W2065595477 cites W1984057838 @default.
• W2065595477 cites W1985221035 @default.
• W2065595477 cites W1985489830 @default.
• W2065595477 cites W1987996868 @default.
• W2065595477 cites W1988619801 @default.
• W2065595477 cites W1992225679 @default.
• W2065595477 cites W1992382221 @default.
• W2065595477 cites W1992419380 @default.
• W2065595477 cites W1994960445 @default.
• W2065595477 cites W1995179299 @default.
• W2065595477 cites W1995632790 @default.
• W2065595477 cites W1996294404 @default.
• W2065595477 cites W1997168267 @default.
• W2065595477 cites W1997523666 @default.
• W2065595477 cites W1998363987 @default.
• W2065595477 cites W1999958995 @default.
• W2065595477 cites W2000550549 @default.
• W2065595477 cites W2000644236 @default.
• W2065595477 cites W2001746858 @default.
• W2065595477 cites W2003083671 @default.
• W2065595477 cites W2003260839 @default.
• W2065595477 cites W2007877956 @default.
• W2065595477 cites W2008182092 @default.
• W2065595477 cites W2008876509 @default.
• W2065595477 cites W2009537607 @default.
• W2065595477 cites W2009670393 @default.
• W2065595477 cites W2012010957 @default.
• W2065595477 cites W2014374574 @default.
• W2065595477 cites W2014964921 @default.
• W2065595477 cites W2015681282 @default.
• W2065595477 cites W2015841879 @default.
• W2065595477 cites W2016275690 @default.
• W2065595477 cites W2017611701 @default.
• W2065595477 cites W2018222553 @default.
• W2065595477 cites W2019573012 @default.
• W2065595477 cites W2020064470 @default.
• W2065595477 cites W2021089897 @default.
• W2065595477 cites W2021898523 @default.
• W2065595477 cites W2021993595 @default.
• W2065595477 cites W2023638816 @default.
• W2065595477 cites W2023737764 @default.
• W2065595477 cites W2024680934 @default.
• W2065595477 cites W2024799860 @default.
• W2065595477 cites W2025625972 @default.
• W2065595477 cites W2026088298 @default.
• W2065595477 cites W2026105577 @default.
• W2065595477 cites W2026379314 @default.
• W2065595477 cites W2029929477 @default.
• W2065595477 cites W2030021752 @default.
• W2065595477 cites W2030686858 @default.
• W2065595477 cites W2031118646 @default.
• W2065595477 cites W2033836628 @default.
• W2065595477 cites W2034233629 @default.
• W2065595477 cites W2035377654 @default.
• W2065595477 cites W2036608228 @default.
• W2065595477 cites W2037844476 @default.
• W2065595477 cites W2037978495 @default.

• next