FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3106333580> ?p ?o ?g. }

• W3106333580 abstract "When exposed to strong shearing, the particles in a crystal will rearrange and ultimately, the crystal will break by forming large nonaffine defects. Even for the initial stage of this process, only little effort has been devoted to the understanding of the breaking process on the scale of the individual particle size for thermalized mixed crystals. Here, we explore the shear-induced breaking for an equimolar two-dimensional binary model crystal with a high interaction asymmetry between the two different species such that the initial crystal has an intersecting square sublattice of the two constituents. Using Brownian dynamics computer simulations, we show that the combination of shear and thermal fluctuations leads to a characteristic hierarchical breaking scenario where initially, the more strongly coupled particles are thermally distorted, paving the way for the weakly coupled particles to escape from their cage. This in turn leads to mobile defects which may finally merge, proliferating a cascade of defects, which triggers the final breakage of the crystal. This scenario is in marked contrast to the breakage of one-component crystals close to melting. Moreover, we explore the orientational dependence of the initial shear direction relative to the crystal orientation and compare this to the usual melting scenario without shear. Our results are verifiable in real-space experiments of superparamagnetic colloidal mixtures at a pending air-water interface in an external magnetic field where the shear can be induced by an external laser field." @default.
• W3106333580 created "2020-11-23" @default.
• W3106333580 creator A5028221319 @default.
• W3106333580 creator A5085282742 @default.
• W3106333580 date "2014-12-09" @default.
• W3106333580 modified "2023-10-17" @default.
• W3106333580 title "How does a thermal binary crystal break under shear?" @default.
• W3106333580 cites W1625235292 @default.
• W3106333580 cites W1963894892 @default.
• W3106333580 cites W1964505466 @default.
• W3106333580 cites W1966040932 @default.
• W3106333580 cites W1966936427 @default.
• W3106333580 cites W1967761912 @default.
• W3106333580 cites W1968080568 @default.
• W3106333580 cites W1971332445 @default.
• W3106333580 cites W1972296820 @default.
• W3106333580 cites W1976177091 @default.
• W3106333580 cites W1978848745 @default.
• W3106333580 cites W1981146997 @default.
• W3106333580 cites W1983525609 @default.
• W3106333580 cites W1986977024 @default.
• W3106333580 cites W1994919581 @default.
• W3106333580 cites W2001401810 @default.
• W3106333580 cites W2002218227 @default.
• W3106333580 cites W2003042812 @default.
• W3106333580 cites W2006271210 @default.
• W3106333580 cites W2011240043 @default.
• W3106333580 cites W2011560364 @default.
• W3106333580 cites W2011581705 @default.
• W3106333580 cites W2014136189 @default.
• W3106333580 cites W2014624875 @default.
• W3106333580 cites W2017946092 @default.
• W3106333580 cites W2018472452 @default.
• W3106333580 cites W2019280074 @default.
• W3106333580 cites W2023298954 @default.
• W3106333580 cites W2026151658 @default.
• W3106333580 cites W2027404223 @default.
• W3106333580 cites W2028154931 @default.
• W3106333580 cites W2033991248 @default.
• W3106333580 cites W2034647596 @default.
• W3106333580 cites W2038330010 @default.
• W3106333580 cites W2039427368 @default.
• W3106333580 cites W2044426741 @default.
• W3106333580 cites W2045970572 @default.
• W3106333580 cites W2046821231 @default.
• W3106333580 cites W2051477770 @default.
• W3106333580 cites W2056939843 @default.
• W3106333580 cites W2057191118 @default.
• W3106333580 cites W2058223848 @default.
• W3106333580 cites W2060903201 @default.
• W3106333580 cites W2061731725 @default.
• W3106333580 cites W2061959625 @default.
• W3106333580 cites W2064904377 @default.
• W3106333580 cites W2067061655 @default.
• W3106333580 cites W2068017385 @default.
• W3106333580 cites W2069823278 @default.
• W3106333580 cites W2070848164 @default.
• W3106333580 cites W2071771565 @default.
• W3106333580 cites W2073531808 @default.
• W3106333580 cites W2078151149 @default.
• W3106333580 cites W2079281777 @default.
• W3106333580 cites W2079729235 @default.
• W3106333580 cites W2082867785 @default.
• W3106333580 cites W2083483968 @default.
• W3106333580 cites W2088447333 @default.
• W3106333580 cites W2096684272 @default.
• W3106333580 cites W2097150958 @default.
• W3106333580 cites W2103142181 @default.
• W3106333580 cites W2107793383 @default.
• W3106333580 cites W2111131128 @default.
• W3106333580 cites W2119963046 @default.
• W3106333580 cites W2121775677 @default.
• W3106333580 cites W2124340691 @default.
• W3106333580 cites W2131222107 @default.
• W3106333580 cites W2131768193 @default.
• W3106333580 cites W2132691787 @default.
• W3106333580 cites W2133326129 @default.
• W3106333580 cites W2135081365 @default.
• W3106333580 cites W2135907419 @default.
• W3106333580 cites W2136676969 @default.
• W3106333580 cites W2138909182 @default.
• W3106333580 cites W2143373689 @default.
• W3106333580 cites W2157750359 @default.
• W3106333580 cites W2162699779 @default.
• W3106333580 cites W2166495808 @default.
• W3106333580 cites W2324834523 @default.
• W3106333580 cites W2331776356 @default.
• W3106333580 cites W3099545970 @default.
• W3106333580 cites W3100733397 @default.
• W3106333580 cites W3101454840 @default.
• W3106333580 cites W3103258643 @default.
• W3106333580 cites W3103987563 @default.
• W3106333580 cites W3104012231 @default.
• W3106333580 cites W3122597197 @default.
• W3106333580 cites W2036436125 @default.
• W3106333580 doi "https://doi.org/10.1063/1.4903274" @default.
• W3106333580 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25494758" @default.
• W3106333580 hasPublicationYear "2014" @default.
• W3106333580 type Work @default.
• W3106333580 sameAs 3106333580 @default.

• next