FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1978101462> ?p ?o ?g. }

• W1978101462 endingPage "6834" @default.
• W1978101462 startingPage "6834" @default.
• W1978101462 abstract "Using dissipative particle dynamics simulations, we have studied the effect of Janus nanospheres on the phase separation dynamics of polymer blends. We find that Janus nanospheres significantly impede domain growth and at a later stage the average domain size approaches saturation and the growth exponent n decays to near-zero. Additionally, compared with homogeneous nanospheres, the phase separation dynamics of ternary systems containing Janus nanospheres is slower and the average size of domains is smaller at later stages of the phase separation process. This mainly arises from the inherent equatorial adsorption and low desorption probability of Janus nanospheres at interfaces, which can greatly reduce the interfacial tension and hence the driving force towards macrophase separation. In particular, such a difference in the retardation effect becomes more pronounced for the systems containing small sized nanospheres with the preferential particle-matrix interaction. Furthermore, in the later-stage of the phase separation process there exists a dynamical self-similarity in the ternary systems that undergo microphase separation and the domain growth follows a crossover scaling form. Similarly, ternary systems containing Janus nanospheres are closer to saturation and the extracted crossover scaling exponent is closer to 1 than the counterpart ternary systems containing homogeneous nanospheres. Therefore, the Janus nanospheres can be used as a more effective emulsifying or stabilizing agent than homogeneous nanospheres for immiscible polymer blends." @default.
• W1978101462 created "2016-06-24" @default.
• W1978101462 creator A5002246450 @default.
• W1978101462 creator A5005672790 @default.
• W1978101462 creator A5090915621 @default.
• W1978101462 date "2012-01-01" @default.
• W1978101462 modified "2023-10-03" @default.
• W1978101462 title "The effect of Janus nanospheres on the phase separation of immiscible polymer blends via dissipative particle dynamics simulations" @default.
• W1978101462 cites W1513225389 @default.
• W1978101462 cites W1826324849 @default.
• W1978101462 cites W1963981452 @default.
• W1978101462 cites W1970136546 @default.
• W1978101462 cites W1970731254 @default.
• W1978101462 cites W1971232585 @default.
• W1978101462 cites W1974745415 @default.
• W1978101462 cites W1975327336 @default.
• W1978101462 cites W1975521506 @default.
• W1978101462 cites W1977512738 @default.
• W1978101462 cites W1978130491 @default.
• W1978101462 cites W1981802314 @default.
• W1978101462 cites W1981880184 @default.
• W1978101462 cites W1985370207 @default.
• W1978101462 cites W1987324733 @default.
• W1978101462 cites W1987466666 @default.
• W1978101462 cites W1989984496 @default.
• W1978101462 cites W1994054980 @default.
• W1978101462 cites W1994279565 @default.
• W1978101462 cites W1995507673 @default.
• W1978101462 cites W1998492621 @default.
• W1978101462 cites W2000142427 @default.
• W1978101462 cites W2003440246 @default.
• W1978101462 cites W2004550487 @default.
• W1978101462 cites W2004610991 @default.
• W1978101462 cites W2004654841 @default.
• W1978101462 cites W2006614646 @default.
• W1978101462 cites W2008141057 @default.
• W1978101462 cites W2008301963 @default.
• W1978101462 cites W2013357385 @default.
• W1978101462 cites W2016703754 @default.
• W1978101462 cites W2016809045 @default.
• W1978101462 cites W2019328755 @default.
• W1978101462 cites W2020695864 @default.
• W1978101462 cites W2021289456 @default.
• W1978101462 cites W2022308914 @default.
• W1978101462 cites W2022636644 @default.
• W1978101462 cites W2022790134 @default.
• W1978101462 cites W2023489925 @default.
• W1978101462 cites W2028597802 @default.
• W1978101462 cites W2030124972 @default.
• W1978101462 cites W2030891958 @default.
• W1978101462 cites W2032655419 @default.
• W1978101462 cites W2033865063 @default.
• W1978101462 cites W2033952882 @default.
• W1978101462 cites W2038418279 @default.
• W1978101462 cites W2043412149 @default.
• W1978101462 cites W2047118311 @default.
• W1978101462 cites W2049801133 @default.
• W1978101462 cites W2050091500 @default.
• W1978101462 cites W2050172648 @default.
• W1978101462 cites W2051277454 @default.
• W1978101462 cites W2053934975 @default.
• W1978101462 cites W2057959100 @default.
• W1978101462 cites W2059787701 @default.
• W1978101462 cites W2062489247 @default.
• W1978101462 cites W2066359652 @default.
• W1978101462 cites W2069577114 @default.
• W1978101462 cites W2070493117 @default.
• W1978101462 cites W2070664191 @default.
• W1978101462 cites W2071063628 @default.
• W1978101462 cites W2073035520 @default.
• W1978101462 cites W2073120193 @default.
• W1978101462 cites W2075572695 @default.
• W1978101462 cites W2080748697 @default.
• W1978101462 cites W2080848529 @default.
• W1978101462 cites W2083397184 @default.
• W1978101462 cites W2086025269 @default.
• W1978101462 cites W2091579503 @default.
• W1978101462 cites W2093310284 @default.
• W1978101462 cites W2093947539 @default.
• W1978101462 cites W2094181979 @default.
• W1978101462 cites W2125162672 @default.
• W1978101462 cites W2126168561 @default.
• W1978101462 cites W2161943529 @default.
• W1978101462 cites W2162524386 @default.
• W1978101462 cites W2170420479 @default.
• W1978101462 cites W2596381842 @default.
• W1978101462 cites W3101152779 @default.
• W1978101462 cites W3104790781 @default.
• W1978101462 cites W4229832378 @default.
• W1978101462 cites W4240776791 @default.
• W1978101462 cites W4252807909 @default.
• W1978101462 doi "https://doi.org/10.1039/c2sm25086a" @default.
• W1978101462 hasPublicationYear "2012" @default.
• W1978101462 type Work @default.
• W1978101462 sameAs 1978101462 @default.
• W1978101462 citedByCount "42" @default.
• W1978101462 countsByYear W19781014622013 @default.
• W1978101462 countsByYear W19781014622014 @default.

• next