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- W2018715618 abstract "The microscopic polymer reference interaction site model theory is generalized and applied to study intermolecular pair correlation functions and collective structure factors of dense solutions and melts of spherical nanoparticles carrying a single tethered chain. The complex interplay of entropy (translational, conformational, and packing) and enthalpy (particle-particle attraction) leads to different structural arrangements with distinctive small and wide angle scattering signatures. Strong concentration fluctuations, indicative of aggregate formation and/or a tendency for microphase separation, occur as the total packing fraction and/or particle-particle attraction strength increase. In analogy with block copolymers, the microphase spinodal curve is estimated by extrapolation of the inverse of the amplitude of the small angle scattering peak. For nanoparticles that are twice the diameter of monomers, the microphase separation boundary spinodal occurs at higher particle-particle attraction strength (or lower temperature) as compared to the macrophase demixing curve for nanoparticles with no tethers when the packing fraction is below 0.45, while the opposite trend is observed above 0.45. Increasing nanoparticle diameter results in a reduction in the microphase spinodal temperature and a qualitative change in its packing fraction dependence." @default.
- W2018715618 created "2016-06-24" @default.
- W2018715618 creator A5008345084 @default.
- W2018715618 creator A5045572539 @default.
- W2018715618 date "2008-04-24" @default.
- W2018715618 modified "2023-09-27" @default.
- W2018715618 title "Structure and assembly of dense solutions and melts of single tethered nanoparticles" @default.
- W2018715618 cites W180363102 @default.
- W2018715618 cites W1823269563 @default.
- W2018715618 cites W1963943548 @default.
- W2018715618 cites W1964133195 @default.
- W2018715618 cites W1966165053 @default.
- W2018715618 cites W1968023156 @default.
- W2018715618 cites W1970754209 @default.
- W2018715618 cites W1977031615 @default.
- W2018715618 cites W1978022996 @default.
- W2018715618 cites W1978245754 @default.
- W2018715618 cites W1981575070 @default.
- W2018715618 cites W1982161876 @default.
- W2018715618 cites W1984807098 @default.
- W2018715618 cites W1985599292 @default.
- W2018715618 cites W1985941691 @default.
- W2018715618 cites W1986313397 @default.
- W2018715618 cites W1987565940 @default.
- W2018715618 cites W1990460020 @default.
- W2018715618 cites W1990732289 @default.
- W2018715618 cites W1990752779 @default.
- W2018715618 cites W1997975224 @default.
- W2018715618 cites W1999003637 @default.
- W2018715618 cites W2007001643 @default.
- W2018715618 cites W2007052338 @default.
- W2018715618 cites W2008928884 @default.
- W2018715618 cites W2009601586 @default.
- W2018715618 cites W2010235903 @default.
- W2018715618 cites W2011039932 @default.
- W2018715618 cites W2018123979 @default.
- W2018715618 cites W2019611056 @default.
- W2018715618 cites W2024261441 @default.
- W2018715618 cites W2025616244 @default.
- W2018715618 cites W2025986874 @default.
- W2018715618 cites W2028320741 @default.
- W2018715618 cites W2028647041 @default.
- W2018715618 cites W2033728459 @default.
- W2018715618 cites W2034501059 @default.
- W2018715618 cites W2039018798 @default.
- W2018715618 cites W2039546867 @default.
- W2018715618 cites W2039749360 @default.
- W2018715618 cites W2042865323 @default.
- W2018715618 cites W2045306499 @default.
- W2018715618 cites W2049040125 @default.
- W2018715618 cites W2049703533 @default.
- W2018715618 cites W2050945279 @default.
- W2018715618 cites W2052265476 @default.
- W2018715618 cites W2055345275 @default.
- W2018715618 cites W2056211275 @default.
- W2018715618 cites W2058064136 @default.
- W2018715618 cites W2058614470 @default.
- W2018715618 cites W2059288289 @default.
- W2018715618 cites W2060830106 @default.
- W2018715618 cites W2060958781 @default.
- W2018715618 cites W2065579933 @default.
- W2018715618 cites W2069129012 @default.
- W2018715618 cites W2070989126 @default.
- W2018715618 cites W2071836323 @default.
- W2018715618 cites W2075881578 @default.
- W2018715618 cites W2082920914 @default.
- W2018715618 cites W2084043491 @default.
- W2018715618 cites W2084587794 @default.
- W2018715618 cites W2087535413 @default.
- W2018715618 cites W2088928228 @default.
- W2018715618 cites W2130686586 @default.
- W2018715618 cites W2142841029 @default.
- W2018715618 cites W2152996924 @default.
- W2018715618 cites W2159594070 @default.
- W2018715618 cites W2166751342 @default.
- W2018715618 cites W2167211134 @default.
- W2018715618 cites W3106058924 @default.
- W2018715618 cites W33359099 @default.
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- W2018715618 doi "https://doi.org/10.1063/1.2907717" @default.
- W2018715618 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18447497" @default.
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