Matches in SemOpenAlex for { <https://semopenalex.org/work/W4385514576> ?p ?o ?g. }
- W4385514576 endingPage "7266" @default.
- W4385514576 startingPage "7260" @default.
- W4385514576 abstract "Understanding the oxidation mechanism of metal nanoparticles under ambient pressure is extremely important to make the best use of them in a variety of applications. Through ambient pressure transmission electron microscopy, we in situ investigated the dynamic oxidation processes of Ni nanoparticles at different temperatures under atmospheric pressure, and a temperature-dependent oxidation behavior was revealed. At a relatively low temperature (e.g., 600 °C), the oxidation of Ni nanoparticles underwent a classic Kirkendall process, accompanied by the formation of oxide shells. In contrast, at a higher temperature (e.g., 800 °C), the oxidation began with a single crystal nucleus at the metal surface and then proceeded along the metal/oxide interface without voids formed during the whole process. Through our experiments and density functional theory calculations, a temperature-dependent oxidation mechanism based on Ni nanoparticles was proposed, which was derived from the discrepancy of gas adsorption and diffusion rates under different temperatures." @default.
- W4385514576 created "2023-08-04" @default.
- W4385514576 creator A5002935799 @default.
- W4385514576 creator A5005771611 @default.
- W4385514576 creator A5007502406 @default.
- W4385514576 creator A5031856093 @default.
- W4385514576 creator A5038339911 @default.
- W4385514576 creator A5054501072 @default.
- W4385514576 creator A5054709038 @default.
- W4385514576 creator A5055622438 @default.
- W4385514576 creator A5068576964 @default.
- W4385514576 creator A5086529957 @default.
- W4385514576 creator A5087862339 @default.
- W4385514576 creator A5088898962 @default.
- W4385514576 date "2023-08-03" @default.
- W4385514576 modified "2023-10-17" @default.
- W4385514576 title "Revealing Temperature-Dependent Oxidation Dynamics of Ni Nanoparticles via Ambient Pressure Transmission Electron Microscopy" @default.
- W4385514576 cites W1965179886 @default.
- W4385514576 cites W1968261068 @default.
- W4385514576 cites W1970587670 @default.
- W4385514576 cites W1973754108 @default.
- W4385514576 cites W1976492109 @default.
- W4385514576 cites W1977151480 @default.
- W4385514576 cites W1984503953 @default.
- W4385514576 cites W1988248098 @default.
- W4385514576 cites W1991262398 @default.
- W4385514576 cites W1998415628 @default.
- W4385514576 cites W1999926674 @default.
- W4385514576 cites W2001158776 @default.
- W4385514576 cites W2002170957 @default.
- W4385514576 cites W2008521719 @default.
- W4385514576 cites W2010375408 @default.
- W4385514576 cites W2011485029 @default.
- W4385514576 cites W2019224800 @default.
- W4385514576 cites W2022932617 @default.
- W4385514576 cites W2023070783 @default.
- W4385514576 cites W2023256707 @default.
- W4385514576 cites W2023679097 @default.
- W4385514576 cites W2027988763 @default.
- W4385514576 cites W2031197498 @default.
- W4385514576 cites W2032731092 @default.
- W4385514576 cites W2039720442 @default.
- W4385514576 cites W2040236983 @default.
- W4385514576 cites W2040735642 @default.
- W4385514576 cites W2040958578 @default.
- W4385514576 cites W2042219955 @default.
- W4385514576 cites W2044842642 @default.
- W4385514576 cites W2047769147 @default.
- W4385514576 cites W2052464388 @default.
- W4385514576 cites W2052557277 @default.
- W4385514576 cites W2066589088 @default.
- W4385514576 cites W2068123669 @default.
- W4385514576 cites W2069396125 @default.
- W4385514576 cites W2084872044 @default.
- W4385514576 cites W2088943283 @default.
- W4385514576 cites W2089770983 @default.
- W4385514576 cites W2105157003 @default.
- W4385514576 cites W2113368555 @default.
- W4385514576 cites W2124813645 @default.
- W4385514576 cites W2135346135 @default.
- W4385514576 cites W2292080955 @default.
- W4385514576 cites W2510136453 @default.
- W4385514576 cites W2518696367 @default.
- W4385514576 cites W2560480186 @default.
- W4385514576 cites W2561122261 @default.
- W4385514576 cites W2564376008 @default.
- W4385514576 cites W2581722964 @default.
- W4385514576 cites W2626360167 @default.
- W4385514576 cites W2765616991 @default.
- W4385514576 cites W2771504476 @default.
- W4385514576 cites W2799411378 @default.
- W4385514576 cites W2800397407 @default.
- W4385514576 cites W2808791163 @default.
- W4385514576 cites W2872853621 @default.
- W4385514576 cites W2900259630 @default.
- W4385514576 cites W2904786679 @default.
- W4385514576 cites W2909173510 @default.
- W4385514576 cites W2950677993 @default.
- W4385514576 cites W2954641846 @default.
- W4385514576 cites W2993798786 @default.
- W4385514576 cites W3001850564 @default.
- W4385514576 cites W3012832025 @default.
- W4385514576 cites W3094502496 @default.
- W4385514576 cites W3110185978 @default.
- W4385514576 cites W3110209440 @default.
- W4385514576 cites W3124583969 @default.
- W4385514576 cites W4250316247 @default.
- W4385514576 doi "https://doi.org/10.1021/acs.nanolett.3c00923" @default.
- W4385514576 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37534944" @default.
- W4385514576 hasPublicationYear "2023" @default.
- W4385514576 type Work @default.
- W4385514576 citedByCount "0" @default.
- W4385514576 crossrefType "journal-article" @default.
- W4385514576 hasAuthorship W4385514576A5002935799 @default.
- W4385514576 hasAuthorship W4385514576A5005771611 @default.
- W4385514576 hasAuthorship W4385514576A5007502406 @default.
- W4385514576 hasAuthorship W4385514576A5031856093 @default.
- W4385514576 hasAuthorship W4385514576A5038339911 @default.