Matches in SemOpenAlex for { <https://semopenalex.org/work/W2317079181> ?p ?o ?g. }
- W2317079181 endingPage "670" @default.
- W2317079181 startingPage "657" @default.
- W2317079181 abstract "Understanding how micro- and nanoparticles interact is important for achieving bottom-up assembly of desired structures. Here, we examine the self-assembly of two-component, compositionally asymmetric nanocylinders that sediment from solution onto a solid surface. These particles spontaneously formed smectic arrays. Within the rows of an array, nanocylinders tended to assemble such that neighboring particles had the same orientation of their segments. As a probe of interparticle interactions, we classified nanocylinder alignments by measuring the segment orientations of many sets of neighboring particles. Monte Carlo simulations incorporating an exact expression for the van der Waals (vdW) energy indicate that differences in the vdW interactions, even when small, are the key factor in producing observed segment alignment. These results point to asymmetrical vdW interactions as a potentially powerful means of controlling orientation in multicomponent cylinder arrays, and suggest that designing for these interactions could yield new ways to control self-assembly." @default.
- W2317079181 created "2016-06-24" @default.
- W2317079181 creator A5009805901 @default.
- W2317079181 creator A5025748655 @default.
- W2317079181 creator A5060952632 @default.
- W2317079181 creator A5064831960 @default.
- W2317079181 creator A5068546520 @default.
- W2317079181 creator A5070936104 @default.
- W2317079181 creator A5073552300 @default.
- W2317079181 creator A5087554451 @default.
- W2317079181 date "2013-12-11" @default.
- W2317079181 modified "2023-10-16" @default.
- W2317079181 title "Asymmetric van der Waals Forces Drive Orientation of Compositionally Anisotropic Nanocylinders within Smectic Arrays: Experiment and Simulation" @default.
- W2317079181 cites W1966361922 @default.
- W2317079181 cites W1971005947 @default.
- W2317079181 cites W1973617853 @default.
- W2317079181 cites W1976914001 @default.
- W2317079181 cites W1982179841 @default.
- W2317079181 cites W1983606768 @default.
- W2317079181 cites W1986001908 @default.
- W2317079181 cites W1986007860 @default.
- W2317079181 cites W1987211913 @default.
- W2317079181 cites W1992394013 @default.
- W2317079181 cites W1993557632 @default.
- W2317079181 cites W1993842491 @default.
- W2317079181 cites W1994853314 @default.
- W2317079181 cites W1996317568 @default.
- W2317079181 cites W1996886232 @default.
- W2317079181 cites W1998047469 @default.
- W2317079181 cites W2000294119 @default.
- W2317079181 cites W2000368029 @default.
- W2317079181 cites W2001936787 @default.
- W2317079181 cites W2004446635 @default.
- W2317079181 cites W2004872371 @default.
- W2317079181 cites W2006495877 @default.
- W2317079181 cites W2012177378 @default.
- W2317079181 cites W2015848467 @default.
- W2317079181 cites W2017260949 @default.
- W2317079181 cites W2017445739 @default.
- W2317079181 cites W2023453467 @default.
- W2317079181 cites W2028659083 @default.
- W2317079181 cites W2034720729 @default.
- W2317079181 cites W2034780156 @default.
- W2317079181 cites W2036285102 @default.
- W2317079181 cites W2038565114 @default.
- W2317079181 cites W2039725110 @default.
- W2317079181 cites W2045019097 @default.
- W2317079181 cites W2046501602 @default.
- W2317079181 cites W2051994129 @default.
- W2317079181 cites W2052934350 @default.
- W2317079181 cites W2055975620 @default.
- W2317079181 cites W2063302040 @default.
- W2317079181 cites W2066527420 @default.
- W2317079181 cites W2066609843 @default.
- W2317079181 cites W2081510518 @default.
- W2317079181 cites W2083986589 @default.
- W2317079181 cites W2089083535 @default.
- W2317079181 cites W2089217178 @default.
- W2317079181 cites W2090426702 @default.
- W2317079181 cites W2094711167 @default.
- W2317079181 cites W2097129615 @default.
- W2317079181 cites W2098682644 @default.
- W2317079181 cites W2098756464 @default.
- W2317079181 cites W2109505314 @default.
- W2317079181 cites W2110690400 @default.
- W2317079181 cites W2118644500 @default.
- W2317079181 cites W2119450556 @default.
- W2317079181 cites W2124043346 @default.
- W2317079181 cites W2125632088 @default.
- W2317079181 cites W2125992412 @default.
- W2317079181 cites W2129858839 @default.
- W2317079181 cites W2130657786 @default.
- W2317079181 cites W2132685634 @default.
- W2317079181 cites W2132977326 @default.
- W2317079181 cites W2133934213 @default.
- W2317079181 cites W2135949340 @default.
- W2317079181 cites W2153918985 @default.
- W2317079181 cites W2160476632 @default.
- W2317079181 cites W2163202592 @default.
- W2317079181 cites W2319718340 @default.
- W2317079181 cites W2322015175 @default.
- W2317079181 cites W3103603412 @default.
- W2317079181 cites W3103767920 @default.
- W2317079181 cites W4245796559 @default.
- W2317079181 doi "https://doi.org/10.1021/nn405312x" @default.
- W2317079181 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3926316" @default.
- W2317079181 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24308771" @default.
- W2317079181 hasPublicationYear "2013" @default.
- W2317079181 type Work @default.
- W2317079181 sameAs 2317079181 @default.
- W2317079181 citedByCount "13" @default.
- W2317079181 countsByYear W23170791812014 @default.
- W2317079181 countsByYear W23170791812015 @default.
- W2317079181 countsByYear W23170791812017 @default.
- W2317079181 countsByYear W23170791812018 @default.
- W2317079181 countsByYear W23170791812019 @default.
- W2317079181 countsByYear W23170791812020 @default.
- W2317079181 countsByYear W23170791812021 @default.