FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3216017851> ?p ?o ?g. }

• W3216017851 abstract "Liquid-liquid phase separation of fluids exhibiting interconversion between alternative states has been proposed as an underlying mechanism for fluid polyamorphism and may be of relevance to the protein function and intracellular organization. However, molecular-level insight into the interplay between competing forces that can drive or restrict phase separation in interconverting fluids remains elusive. Here, we utilize an off-lattice model of enantiomers with tunable chiral interconversion and interaction properties to elucidate the physics underlying the stabilization and tunability of phase separation in fluids with interconverting states. We show that introducing an imbalance in the intermolecular forces between two enantiomers results in nonequilibrium, arrested phase separation into microdomains. We also find that in the equilibrium case, when all interaction forces are conservative, the growth of the phase domain is restricted only by the system size. In this case, we observe phase amplification, in which one of the two alternative phases grows at the expense of the other. These findings provide novel insights on how the interplay between dynamics and thermodynamics defines the equilibrium and steady-state morphologies of phase transitions in fluids with interconverting molecular or supramolecular states." @default.
• W3216017851 created "2021-12-06" @default.
• W3216017851 creator A5041196902 @default.
• W3216017851 creator A5043124568 @default.
• W3216017851 creator A5043714146 @default.
• W3216017851 creator A5047253198 @default.
• W3216017851 creator A5088416663 @default.
• W3216017851 date "2021-11-22" @default.
• W3216017851 modified "2023-10-15" @default.
• W3216017851 title "Interconversion-controlled liquid–liquid phase separation in a molecular chiral model" @default.
• W3216017851 cites W131095598 @default.
• W3216017851 cites W1507443353 @default.
• W3216017851 cites W1565338804 @default.
• W3216017851 cites W1654101816 @default.
• W3216017851 cites W1973092198 @default.
• W3216017851 cites W1987059638 @default.
• W3216017851 cites W1987427200 @default.
• W3216017851 cites W1995363787 @default.
• W3216017851 cites W2010210777 @default.
• W3216017851 cites W2010365852 @default.
• W3216017851 cites W2013417542 @default.
• W3216017851 cites W2014876058 @default.
• W3216017851 cites W2015237171 @default.
• W3216017851 cites W2018847257 @default.
• W3216017851 cites W2023429607 @default.
• W3216017851 cites W2026655238 @default.
• W3216017851 cites W2026689433 @default.
• W3216017851 cites W2033559369 @default.
• W3216017851 cites W2034549893 @default.
• W3216017851 cites W2039369009 @default.
• W3216017851 cites W2041814406 @default.
• W3216017851 cites W2046528357 @default.
• W3216017851 cites W2053157562 @default.
• W3216017851 cites W2057094187 @default.
• W3216017851 cites W2060661366 @default.
• W3216017851 cites W2064850871 @default.
• W3216017851 cites W2065311854 @default.
• W3216017851 cites W2068661550 @default.
• W3216017851 cites W2071054161 @default.
• W3216017851 cites W2073782321 @default.
• W3216017851 cites W2075061450 @default.
• W3216017851 cites W2076837071 @default.
• W3216017851 cites W2081897078 @default.
• W3216017851 cites W2085268679 @default.
• W3216017851 cites W2088111146 @default.
• W3216017851 cites W2089303501 @default.
• W3216017851 cites W2091863510 @default.
• W3216017851 cites W2094262972 @default.
• W3216017851 cites W2095508320 @default.
• W3216017851 cites W2109162046 @default.
• W3216017851 cites W2111751595 @default.
• W3216017851 cites W2111799315 @default.
• W3216017851 cites W2139066576 @default.
• W3216017851 cites W2145355283 @default.
• W3216017851 cites W2146108968 @default.
• W3216017851 cites W2160141374 @default.
• W3216017851 cites W2174021289 @default.
• W3216017851 cites W229923164 @default.
• W3216017851 cites W2508905287 @default.
• W3216017851 cites W2534048316 @default.
• W3216017851 cites W2592138002 @default.
• W3216017851 cites W2713865210 @default.
• W3216017851 cites W2756821926 @default.
• W3216017851 cites W2768942153 @default.
• W3216017851 cites W2995188334 @default.
• W3216017851 cites W3005544010 @default.
• W3216017851 cites W3105574429 @default.
• W3216017851 cites W3120596068 @default.
• W3216017851 cites W3175062597 @default.
• W3216017851 cites W3196479646 @default.
• W3216017851 cites W4243154213 @default.
• W3216017851 cites W4292366851 @default.
• W3216017851 cites W2317148090 @default.
• W3216017851 doi "https://doi.org/10.1063/5.0071988" @default.
• W3216017851 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34852466" @default.
• W3216017851 hasPublicationYear "2021" @default.
• W3216017851 type Work @default.
• W3216017851 sameAs 3216017851 @default.
• W3216017851 citedByCount "8" @default.
• W3216017851 countsByYear W32160178512021 @default.
• W3216017851 countsByYear W32160178512022 @default.
• W3216017851 crossrefType "journal-article" @default.
• W3216017851 hasAuthorship W3216017851A5041196902 @default.
• W3216017851 hasAuthorship W3216017851A5043124568 @default.
• W3216017851 hasAuthorship W3216017851A5043714146 @default.
• W3216017851 hasAuthorship W3216017851A5047253198 @default.
• W3216017851 hasAuthorship W3216017851A5088416663 @default.
• W3216017851 hasBestOaLocation W32160178511 @default.
• W3216017851 hasConcept C121332964 @default.
• W3216017851 hasConcept C149288129 @default.
• W3216017851 hasConcept C159467904 @default.
• W3216017851 hasConcept C166950319 @default.
• W3216017851 hasConcept C178790620 @default.
• W3216017851 hasConcept C185592680 @default.
• W3216017851 hasConcept C32909587 @default.
• W3216017851 hasConcept C44280652 @default.
• W3216017851 hasConcept C74859849 @default.
• W3216017851 hasConcept C88529989 @default.
• W3216017851 hasConcept C97355855 @default.
• W3216017851 hasConceptScore W3216017851C121332964 @default.

• next