FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2907072472> ?p ?o ?g. }

• W2907072472 endingPage "572" @default.
• W2907072472 startingPage "560" @default.
• W2907072472 abstract "External fields can decidedly alter the free energy landscape of soft materials and can be exploited as a powerful tool for the assembly of targeted nanostructures and colloidal materials. Here, we use computer simulations to demonstrate that nonequilibrium internal fields or forces—forces that are generated by driven components within a system—in the form of active particles can precisely modulate the dynamical free energy landscape of a model soft material, a colloidal gel. Embedding a small fraction of active particles within a gel can provide a unique pathway for the dynamically frustrated network to circumvent the kinetic barriers associated with reaching a lower free energy state through thermal fluctuations alone. Moreover, by carefully tuning the active particle properties (the propulsive swim force and persistence length) in comparison to those of the gel, the active particles may induce depletion-like forces between the constituent particles of the gel despite there being no geometric size asymmetry between the particles. These resulting forces can rapidly push the system toward disparate regions of phase space. Intriguingly, the state of the material can be altered by tuning macroscopic transport properties such as the solvent viscosity. Our findings highlight the potential wide-ranging structural and kinetic control facilitated by varying the dynamical properties of a remarkably small fraction of driven particles embedded in a host material." @default.
• W2907072472 created "2019-01-11" @default.
• W2907072472 creator A5015108167 @default.
• W2907072472 creator A5019129523 @default.
• W2907072472 creator A5027454138 @default.
• W2907072472 creator A5057253541 @default.
• W2907072472 date "2018-12-28" @default.
• W2907072472 modified "2023-10-02" @default.
• W2907072472 title "Swimming to Stability: Structural and Dynamical Control <i>via</i> Active Doping" @default.
• W2907072472 cites W1618218131 @default.
• W2907072472 cites W1659688442 @default.
• W2907072472 cites W1811460226 @default.
• W2907072472 cites W1854494992 @default.
• W2907072472 cites W1920033904 @default.
• W2907072472 cites W1936238502 @default.
• W2907072472 cites W1954810786 @default.
• W2907072472 cites W1964601816 @default.
• W2907072472 cites W1972508867 @default.
• W2907072472 cites W1973617853 @default.
• W2907072472 cites W1975067765 @default.
• W2907072472 cites W1975117621 @default.
• W2907072472 cites W1986325765 @default.
• W2907072472 cites W1998047469 @default.
• W2907072472 cites W1999377530 @default.
• W2907072472 cites W1999870065 @default.
• W2907072472 cites W2001409136 @default.
• W2907072472 cites W2001962804 @default.
• W2907072472 cites W2002058656 @default.
• W2907072472 cites W2002754781 @default.
• W2907072472 cites W2014574381 @default.
• W2907072472 cites W2015049658 @default.
• W2907072472 cites W2016765713 @default.
• W2907072472 cites W2017445739 @default.
• W2907072472 cites W2018572164 @default.
• W2907072472 cites W2022600257 @default.
• W2907072472 cites W2025981493 @default.
• W2907072472 cites W2027840351 @default.
• W2907072472 cites W2029251135 @default.
• W2907072472 cites W2048621586 @default.
• W2907072472 cites W2052566608 @default.
• W2907072472 cites W2059888853 @default.
• W2907072472 cites W2070300719 @default.
• W2907072472 cites W2076797206 @default.
• W2907072472 cites W2078391824 @default.
• W2907072472 cites W2090426702 @default.
• W2907072472 cites W2091968362 @default.
• W2907072472 cites W2091980176 @default.
• W2907072472 cites W2104407332 @default.
• W2907072472 cites W2108939302 @default.
• W2907072472 cites W2119082415 @default.
• W2907072472 cites W2123419409 @default.
• W2907072472 cites W2137056427 @default.
• W2907072472 cites W2141878584 @default.
• W2907072472 cites W2153920886 @default.
• W2907072472 cites W2157001218 @default.
• W2907072472 cites W2165380364 @default.
• W2907072472 cites W2166845958 @default.
• W2907072472 cites W2212217933 @default.
• W2907072472 cites W2214052045 @default.
• W2907072472 cites W2230438747 @default.
• W2907072472 cites W2304845716 @default.
• W2907072472 cites W2336853080 @default.
• W2907072472 cites W2443459362 @default.
• W2907072472 cites W2472630932 @default.
• W2907072472 cites W2512441039 @default.
• W2907072472 cites W2519710189 @default.
• W2907072472 cites W2560327910 @default.
• W2907072472 cites W2592275661 @default.
• W2907072472 cites W2605352585 @default.
• W2907072472 cites W2617220601 @default.
• W2907072472 cites W2739590218 @default.
• W2907072472 cites W2754322337 @default.
• W2907072472 cites W2755487456 @default.
• W2907072472 cites W2769743491 @default.
• W2907072472 cites W2794922812 @default.
• W2907072472 cites W2802679945 @default.
• W2907072472 cites W2893141279 @default.
• W2907072472 cites W2963273373 @default.
• W2907072472 cites W3021124834 @default.
• W2907072472 cites W3100120830 @default.
• W2907072472 cites W3101187611 @default.
• W2907072472 cites W3102279254 @default.
• W2907072472 cites W3103700698 @default.
• W2907072472 cites W3105820307 @default.
• W2907072472 cites W3106485748 @default.
• W2907072472 cites W3129467381 @default.
• W2907072472 doi "https://doi.org/10.1021/acsnano.8b07421" @default.
• W2907072472 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30592601" @default.
• W2907072472 hasPublicationYear "2018" @default.
• W2907072472 type Work @default.
• W2907072472 sameAs 2907072472 @default.
• W2907072472 citedByCount "23" @default.
• W2907072472 countsByYear W29070724722019 @default.
• W2907072472 countsByYear W29070724722020 @default.
• W2907072472 countsByYear W29070724722021 @default.
• W2907072472 countsByYear W29070724722022 @default.
• W2907072472 countsByYear W29070724722023 @default.
• W2907072472 crossrefType "journal-article" @default.

• next