FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1949172425> ?p ?o ?g. }

• W1949172425 abstract "Systems of soft-core particles interacting via a two-scale potential are studied. The potential is responsible for peaks in the structure factor of the liquid state at two different but comparable length scales and a similar bimodal structure is evident in the dispersion relation. Dynamical density functional theory in two dimensions is used to identify two unusual states of this system: a crystal-liquid state, in which the majority of the particles are located on lattice sites but a minority remains free and so behaves like a liquid, and a 12-fold quasicrystalline state. Both are present even for deeply quenched liquids and are found in a regime in which the liquid is unstable with respect to modulations on the smaller scale only. As a result, the system initially evolves towards a small-scale crystal state; this state is not a minimum of the free energy, however, and so the system subsequently attempts to reorganize to generate the lower-energy larger-scale crystals. This dynamical process generates a disordered state with quasicrystalline domains and takes place even when this large scale is linearly stable, i.e., it is a nonlinear process. With controlled initial conditions, a perfect quasicrystal can form. The results are corroborated using Brownian dynamics simulations." @default.
• W1949172425 created "2016-06-24" @default.
• W1949172425 creator A5005979348 @default.
• W1949172425 creator A5065649147 @default.
• W1949172425 creator A5072485128 @default.
• W1949172425 date "2015-07-29" @default.
• W1949172425 modified "2023-10-10" @default.
• W1949172425 title "Soft-core particles freezing to form a quasicrystal and a crystal-liquid phase" @default.
• W1949172425 cites W1494361386 @default.
• W1949172425 cites W1577322643 @default.
• W1949172425 cites W1966366359 @default.
• W1949172425 cites W1967391757 @default.
• W1949172425 cites W1977349092 @default.
• W1949172425 cites W1977762215 @default.
• W1949172425 cites W1980412651 @default.
• W1949172425 cites W1981123810 @default.
• W1949172425 cites W1981557583 @default.
• W1949172425 cites W1985547751 @default.
• W1949172425 cites W1986313544 @default.
• W1949172425 cites W1987066247 @default.
• W1949172425 cites W1987948250 @default.
• W1949172425 cites W1993045412 @default.
• W1949172425 cites W1993981327 @default.
• W1949172425 cites W1994062252 @default.
• W1949172425 cites W1994345413 @default.
• W1949172425 cites W1995864218 @default.
• W1949172425 cites W1999099759 @default.
• W1949172425 cites W2000883098 @default.
• W1949172425 cites W2003595435 @default.
• W1949172425 cites W2005383869 @default.
• W1949172425 cites W2006790639 @default.
• W1949172425 cites W2007615346 @default.
• W1949172425 cites W2008916106 @default.
• W1949172425 cites W2009428843 @default.
• W1949172425 cites W2009658756 @default.
• W1949172425 cites W2013169996 @default.
• W1949172425 cites W2013191448 @default.
• W1949172425 cites W2016338177 @default.
• W1949172425 cites W2018155529 @default.
• W1949172425 cites W2019585341 @default.
• W1949172425 cites W2025021534 @default.
• W1949172425 cites W2033016642 @default.
• W1949172425 cites W2037227343 @default.
• W1949172425 cites W2037897616 @default.
• W1949172425 cites W2039054916 @default.
• W1949172425 cites W2042195748 @default.
• W1949172425 cites W2047630204 @default.
• W1949172425 cites W2057558912 @default.
• W1949172425 cites W2069020163 @default.
• W1949172425 cites W2073049321 @default.
• W1949172425 cites W2076508428 @default.
• W1949172425 cites W2086258763 @default.
• W1949172425 cites W2087551712 @default.
• W1949172425 cites W2088676734 @default.
• W1949172425 cites W2092737459 @default.
• W1949172425 cites W2094663918 @default.
• W1949172425 cites W2101057871 @default.
• W1949172425 cites W2107837635 @default.
• W1949172425 cites W2134358356 @default.
• W1949172425 cites W2146704463 @default.
• W1949172425 cites W2147055015 @default.
• W1949172425 cites W2149762324 @default.
• W1949172425 cites W2150005116 @default.
• W1949172425 cites W2157498061 @default.
• W1949172425 cites W2163448702 @default.
• W1949172425 cites W3098166199 @default.
• W1949172425 cites W3100255499 @default.
• W1949172425 cites W3101671493 @default.
• W1949172425 cites W3102209191 @default.
• W1949172425 cites W3103027098 @default.
• W1949172425 cites W3105938820 @default.
• W1949172425 cites W3144706072 @default.
• W1949172425 doi "https://doi.org/10.1103/physreve.92.012324" @default.
• W1949172425 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26274178" @default.
• W1949172425 hasPublicationYear "2015" @default.
• W1949172425 type Work @default.
• W1949172425 sameAs 1949172425 @default.
• W1949172425 citedByCount "44" @default.
• W1949172425 countsByYear W19491724252015 @default.
• W1949172425 countsByYear W19491724252016 @default.
• W1949172425 countsByYear W19491724252017 @default.
• W1949172425 countsByYear W19491724252018 @default.
• W1949172425 countsByYear W19491724252019 @default.
• W1949172425 countsByYear W19491724252020 @default.
• W1949172425 countsByYear W19491724252021 @default.
• W1949172425 countsByYear W19491724252022 @default.
• W1949172425 countsByYear W19491724252023 @default.
• W1949172425 crossrefType "journal-article" @default.
• W1949172425 hasAuthorship W1949172425A5005979348 @default.
• W1949172425 hasAuthorship W1949172425A5065649147 @default.
• W1949172425 hasAuthorship W1949172425A5072485128 @default.
• W1949172425 hasBestOaLocation W19491724251 @default.
• W1949172425 hasConcept C11135259 @default.
• W1949172425 hasConcept C112401455 @default.
• W1949172425 hasConcept C115624301 @default.
• W1949172425 hasConcept C121332964 @default.
• W1949172425 hasConcept C121864883 @default.
• W1949172425 hasConcept C13274807 @default.
• W1949172425 hasConcept C185592680 @default.
• W1949172425 hasConcept C192562407 @default.

• next