FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4224251005> ?p ?o ?g. }

• W4224251005 endingPage "1411" @default.
• W4224251005 startingPage "1411" @default.
• W4224251005 abstract "We studied the striking effect of external irradiation of nanowires on the dynamics of their surface morphology at elevated temperatures that do not destroy their crystal lattice. Numerical experiments performed on the basis of the Monte Carlo model revealed new possibilities for controlled periodic modulation of the cross-section of quasi-one-dimensional nanostructures for opto- and nanoelectronic elements. These are related to the fact that external irradiation stimulates the surface diffusion of atoms. On the one hand, such stimulation should accelerate the development of the well-known spontaneous thermal instability of nanowires (Rayleigh instability), which leads to their disintegration into nanoclusters. On the other hand, this leads to the forced development of the well-known roughening transition (RT) effect. Under normal circumstances, this manifests itself on selected crystal faces at a temperature above the critical one. The artificial stimulation of this effect on the lateral surface of quasi-one-dimensional structures determines many unpredictable scenarios of their surface dynamics, which essentially depend on the orientation of the nanowire axis relative to its internal crystal structure. In particular, the long-wave Rayleigh breakup observed in absence of external irradiation transforms into strongly pronounced short-wave metastable modulations of the cross-section (a chain of unduloids). The effect of the self-consistent relationship between the Rayleigh instability and RT is dimensional and can be observed only at relatively small nanowire radii. The fact is analyzed that, for the manifestation of this effect, it is very important to prevent significant heating of the nanowire when surface diffusion is stimulated. A number of developed theoretical concepts have already found confirmation in real experiments with Au and Ag nanowires irradiated by electrons and Ag+ ions, respectively." @default.
• W4224251005 created "2022-04-26" @default.
• W4224251005 creator A5028234166 @default.
• W4224251005 creator A5049237056 @default.
• W4224251005 creator A5051793288 @default.
• W4224251005 creator A5056512727 @default.
• W4224251005 creator A5065228659 @default.
• W4224251005 date "2022-04-20" @default.
• W4224251005 modified "2023-10-13" @default.
• W4224251005 title "Dynamics of Quasi-One-Dimensional Structures under Roughening Transition Stimulated by External Irradiation" @default.
• W4224251005 cites W1912047134 @default.
• W4224251005 cites W1975935568 @default.
• W4224251005 cites W1987416224 @default.
• W4224251005 cites W1988025134 @default.
• W4224251005 cites W1996318779 @default.
• W4224251005 cites W2008363601 @default.
• W4224251005 cites W2017417462 @default.
• W4224251005 cites W2018314580 @default.
• W4224251005 cites W2023877186 @default.
• W4224251005 cites W2024248588 @default.
• W4224251005 cites W2026688564 @default.
• W4224251005 cites W2033719579 @default.
• W4224251005 cites W2035881565 @default.
• W4224251005 cites W2038136296 @default.
• W4224251005 cites W2046774389 @default.
• W4224251005 cites W2049115519 @default.
• W4224251005 cites W2052372874 @default.
• W4224251005 cites W2055307846 @default.
• W4224251005 cites W2063574366 @default.
• W4224251005 cites W2076068357 @default.
• W4224251005 cites W2082990459 @default.
• W4224251005 cites W2084216786 @default.
• W4224251005 cites W2084716534 @default.
• W4224251005 cites W2088980564 @default.
• W4224251005 cites W2090186952 @default.
• W4224251005 cites W2101866515 @default.
• W4224251005 cites W2114190446 @default.
• W4224251005 cites W2142353285 @default.
• W4224251005 cites W2142579554 @default.
• W4224251005 cites W2158088436 @default.
• W4224251005 cites W2171158267 @default.
• W4224251005 cites W2171495641 @default.
• W4224251005 cites W2322982975 @default.
• W4224251005 cites W2520433866 @default.
• W4224251005 cites W2554091873 @default.
• W4224251005 cites W2562956205 @default.
• W4224251005 cites W2746732977 @default.
• W4224251005 cites W2756755972 @default.
• W4224251005 cites W2758607598 @default.
• W4224251005 cites W2766984293 @default.
• W4224251005 cites W2788357046 @default.
• W4224251005 cites W2801411402 @default.
• W4224251005 cites W2804824927 @default.
• W4224251005 cites W2909864350 @default.
• W4224251005 cites W2912135224 @default.
• W4224251005 cites W2959312709 @default.
• W4224251005 cites W2962298675 @default.
• W4224251005 cites W2962782071 @default.
• W4224251005 cites W2983345697 @default.
• W4224251005 cites W2990608064 @default.
• W4224251005 cites W3005934416 @default.
• W4224251005 cites W3009775334 @default.
• W4224251005 cites W3014075530 @default.
• W4224251005 cites W3028934903 @default.
• W4224251005 cites W3098939130 @default.
• W4224251005 cites W3103082780 @default.
• W4224251005 cites W3104461924 @default.
• W4224251005 cites W3104870162 @default.
• W4224251005 cites W3105515531 @default.
• W4224251005 cites W3105819482 @default.
• W4224251005 cites W3126637749 @default.
• W4224251005 cites W3126979593 @default.
• W4224251005 cites W3130976252 @default.
• W4224251005 cites W3214397924 @default.
• W4224251005 cites W4283400503 @default.
• W4224251005 cites W655513108 @default.
• W4224251005 doi "https://doi.org/10.3390/nano12091411" @default.
• W4224251005 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35564120" @default.
• W4224251005 hasPublicationYear "2022" @default.
• W4224251005 type Work @default.
• W4224251005 citedByCount "1" @default.
• W4224251005 crossrefType "journal-article" @default.
• W4224251005 hasAuthorship W4224251005A5028234166 @default.
• W4224251005 hasAuthorship W4224251005A5049237056 @default.
• W4224251005 hasAuthorship W4224251005A5051793288 @default.
• W4224251005 hasAuthorship W4224251005A5056512727 @default.
• W4224251005 hasAuthorship W4224251005A5065228659 @default.
• W4224251005 hasBestOaLocation W42242510051 @default.
• W4224251005 hasConcept C111337013 @default.
• W4224251005 hasConcept C121332964 @default.
• W4224251005 hasConcept C150394285 @default.
• W4224251005 hasConcept C15696416 @default.
• W4224251005 hasConcept C159467904 @default.
• W4224251005 hasConcept C171250308 @default.
• W4224251005 hasConcept C178790620 @default.
• W4224251005 hasConcept C185544564 @default.
• W4224251005 hasConcept C185592680 @default.
• W4224251005 hasConcept C192562407 @default.

• next