Matches in SemOpenAlex for { <https://semopenalex.org/work/W4382932083> ?p ?o ?g. }
- W4382932083 endingPage "6527" @default.
- W4382932083 startingPage "6520" @default.
- W4382932083 abstract "Metal nanoparticles are attracting interest for their light-absorption properties, but such materials are known to dynamically evolve under the action of chemical and physical perturbations, resulting in changes in their structure and composition. Using a transmission electron microscope equipped for optical excitation of the specimen, the structural evolution of Cu-based nanoparticles under simultaneous electron beam irradiation and plasmonic excitation was investigated with high spatiotemporal resolution. These nanoparticles initially have a Cu core-Cu2O oxide shell structure, but over the course of imaging, they undergo hollowing via the nanoscale Kirkendall effect. We captured the nucleation of a void within the core, which then rapidly grows along specific crystallographic directions until the core is hollowed out. Hollowing is triggered by electron-beam irradiation; plasmonic excitation enhances the kinetics of the transformation likely by the effect of photothermal heating." @default.
- W4382932083 created "2023-07-04" @default.
- W4382932083 creator A5027430151 @default.
- W4382932083 creator A5030902865 @default.
- W4382932083 creator A5031914826 @default.
- W4382932083 date "2023-07-03" @default.
- W4382932083 modified "2023-10-16" @default.
- W4382932083 title "In Situ Electron Microscopy of Transformations of Copper Nanoparticles under Plasmonic Excitation" @default.
- W4382932083 cites W1521131431 @default.
- W4382932083 cites W1877889929 @default.
- W4382932083 cites W1965187284 @default.
- W4382932083 cites W1973102136 @default.
- W4382932083 cites W1978438957 @default.
- W4382932083 cites W1978885192 @default.
- W4382932083 cites W1982284335 @default.
- W4382932083 cites W1984595259 @default.
- W4382932083 cites W1991656770 @default.
- W4382932083 cites W1999173254 @default.
- W4382932083 cites W2001158776 @default.
- W4382932083 cites W2011679767 @default.
- W4382932083 cites W2011732001 @default.
- W4382932083 cites W2019336051 @default.
- W4382932083 cites W2020006133 @default.
- W4382932083 cites W2033587918 @default.
- W4382932083 cites W2039720442 @default.
- W4382932083 cites W2042169857 @default.
- W4382932083 cites W2042921225 @default.
- W4382932083 cites W2051072514 @default.
- W4382932083 cites W2051168659 @default.
- W4382932083 cites W2067623236 @default.
- W4382932083 cites W2070306233 @default.
- W4382932083 cites W2070951363 @default.
- W4382932083 cites W2077331674 @default.
- W4382932083 cites W2085649861 @default.
- W4382932083 cites W2086696748 @default.
- W4382932083 cites W2089136472 @default.
- W4382932083 cites W2089770983 @default.
- W4382932083 cites W2094513557 @default.
- W4382932083 cites W2094841743 @default.
- W4382932083 cites W2094944844 @default.
- W4382932083 cites W2108861147 @default.
- W4382932083 cites W2109119589 @default.
- W4382932083 cites W2119767565 @default.
- W4382932083 cites W2122085202 @default.
- W4382932083 cites W2130263183 @default.
- W4382932083 cites W2132978913 @default.
- W4382932083 cites W2141893744 @default.
- W4382932083 cites W2147066429 @default.
- W4382932083 cites W2152534072 @default.
- W4382932083 cites W2153691033 @default.
- W4382932083 cites W2296901233 @default.
- W4382932083 cites W2314027892 @default.
- W4382932083 cites W2318437674 @default.
- W4382932083 cites W2318569774 @default.
- W4382932083 cites W2324587474 @default.
- W4382932083 cites W2329643052 @default.
- W4382932083 cites W2335029074 @default.
- W4382932083 cites W2341387697 @default.
- W4382932083 cites W2343611952 @default.
- W4382932083 cites W2465657162 @default.
- W4382932083 cites W2480276729 @default.
- W4382932083 cites W2571467801 @default.
- W4382932083 cites W2614377102 @default.
- W4382932083 cites W2662661556 @default.
- W4382932083 cites W2744170675 @default.
- W4382932083 cites W2765757061 @default.
- W4382932083 cites W2794044055 @default.
- W4382932083 cites W2883822541 @default.
- W4382932083 cites W2899305470 @default.
- W4382932083 cites W2901563312 @default.
- W4382932083 cites W2909602668 @default.
- W4382932083 cites W2954809249 @default.
- W4382932083 cites W2975207747 @default.
- W4382932083 cites W2981247916 @default.
- W4382932083 cites W2981420873 @default.
- W4382932083 cites W2988607039 @default.
- W4382932083 cites W3013835167 @default.
- W4382932083 cites W3035184101 @default.
- W4382932083 cites W3084599555 @default.
- W4382932083 cites W3087653489 @default.
- W4382932083 cites W3162134296 @default.
- W4382932083 cites W3174509821 @default.
- W4382932083 cites W3198162294 @default.
- W4382932083 cites W4236965194 @default.
- W4382932083 cites W4310102447 @default.
- W4382932083 cites W4321502441 @default.
- W4382932083 doi "https://doi.org/10.1021/acs.nanolett.3c01474" @default.
- W4382932083 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37399502" @default.
- W4382932083 hasPublicationYear "2023" @default.
- W4382932083 type Work @default.
- W4382932083 citedByCount "0" @default.
- W4382932083 crossrefType "journal-article" @default.
- W4382932083 hasAuthorship W4382932083A5027430151 @default.
- W4382932083 hasAuthorship W4382932083A5030902865 @default.
- W4382932083 hasAuthorship W4382932083A5031914826 @default.
- W4382932083 hasConcept C105163801 @default.
- W4382932083 hasConcept C110879396 @default.
- W4382932083 hasConcept C111337013 @default.