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• W1610921370 abstract "The redistribution of organic solutes during drop evaporation is a nanoscale self assembly process with relevance to technologies ranging from inkjet printing of organic displays to synthesis of bio-smart interfaces for sensing and screening. Atomic force microscopy studies comparing the behavior of different generation dendrimers with different surface chemistry in two solvent alcohols on mica substrates confirm that the detailed morphologies of condensed dendrimer ring structures resulting from micro-droplet evaporation sensitively depend on the surface chemistry, the solute evaporation rate and the dendrimer generation. For the dilute concentration studied here the presence of periodically i¥scallopedi¦ molecular rings is ubiquitous. The instability wavelength of the scalloped rings is found to be proportional to the width of the ring, similar to observations of the rim instability in dewetting holes. The effect of the surface chemistry of the dendrimer molecules is obvious in the detailed structure of the self assembled rings. Varying the chain length of solvent alcohol leads to modification of ring patterns. The influence of dendrimer generation on ring structure primarily reflects the increase in dendrimer density with generation number. The evolution of G2-50%C12-pentanol rings as a function of dendrimer concentration is also described. High surface mobility and phase transformation phenomena in condensed, micro-scale dendrimer structures are documented, again using atomic force microscopy. Stratified dendrimer rings undergo dramatic temperature, time and dendrimer generation dependent morphological changes associated with large-scale molecular rearrangements and partial melting. These transformations produce ring structures consisting of a highly stable first monolayer of the scalloped structure in equilibrium with spherical cap shaped dendrimer islands that form at the center of each pre-existing scallop (creating a i¥pearl necklacei¦ structure). Analysis of the dendrimer island shapes reveals a dependence of island contact angle on contact line curvature (island size) that varies systematically with dendrimer generation. The morphological transformations in this system indicate the potential for creating complex, dendrimer-based multilevel structures and macroscopic scale arrays using, for example, droplet-on-demand or dip pen nanolithography techniques, coupled with appropriate annealing and stabilizing treatments." @default.
• W1610921370 created "2016-06-24" @default.
• W1610921370 creator A5044262419 @default.
• W1610921370 date "2008-01-01" @default.
• W1610921370 modified "2023-09-26" @default.
• W1610921370 title "PATTERN FORMATION IN EVAPORATING DROPS" @default.
• W1610921370 cites W1480586711 @default.
• W1610921370 cites W1577079924 @default.
• W1610921370 cites W1635604571 @default.
• W1610921370 cites W1963638334 @default.
• W1610921370 cites W1965571863 @default.
• W1610921370 cites W1967876709 @default.
• W1610921370 cites W1969633552 @default.
• W1610921370 cites W1969937980 @default.
• W1610921370 cites W1973590312 @default.
• W1610921370 cites W1974132757 @default.
• W1610921370 cites W1975140804 @default.
• W1610921370 cites W1976171496 @default.
• W1610921370 cites W1977232854 @default.
• W1610921370 cites W1980627211 @default.
• W1610921370 cites W1981259826 @default.
• W1610921370 cites W1983879660 @default.
• W1610921370 cites W1985025598 @default.
• W1610921370 cites W1985180473 @default.
• W1610921370 cites W1986012763 @default.
• W1610921370 cites W1986051878 @default.
• W1610921370 cites W1986072661 @default.
• W1610921370 cites W1987646300 @default.
• W1610921370 cites W1990846220 @default.
• W1610921370 cites W1990865636 @default.
• W1610921370 cites W1991807911 @default.
• W1610921370 cites W1992072717 @default.
• W1610921370 cites W1994800563 @default.
• W1610921370 cites W1995123919 @default.
• W1610921370 cites W1999358032 @default.
• W1610921370 cites W1999461921 @default.
• W1610921370 cites W2003586691 @default.
• W1610921370 cites W2003819699 @default.
• W1610921370 cites W2004452757 @default.
• W1610921370 cites W2005003429 @default.
• W1610921370 cites W2005583587 @default.
• W1610921370 cites W2009500363 @default.
• W1610921370 cites W2010026557 @default.
• W1610921370 cites W2012682639 @default.
• W1610921370 cites W2014934933 @default.
• W1610921370 cites W2018811517 @default.
• W1610921370 cites W2020229525 @default.
• W1610921370 cites W2020969041 @default.
• W1610921370 cites W2022570178 @default.
• W1610921370 cites W2025397080 @default.
• W1610921370 cites W2025739397 @default.
• W1610921370 cites W2026095677 @default.
• W1610921370 cites W2026615735 @default.
• W1610921370 cites W2029631131 @default.
• W1610921370 cites W2031455432 @default.
• W1610921370 cites W2031485224 @default.
• W1610921370 cites W2031503249 @default.
• W1610921370 cites W2032803904 @default.
• W1610921370 cites W2033728050 @default.
• W1610921370 cites W2036439932 @default.
• W1610921370 cites W2036508845 @default.
• W1610921370 cites W2037840362 @default.
• W1610921370 cites W2038849340 @default.
• W1610921370 cites W2039264218 @default.
• W1610921370 cites W2039961144 @default.
• W1610921370 cites W2040276679 @default.
• W1610921370 cites W2042747453 @default.
• W1610921370 cites W2042952151 @default.
• W1610921370 cites W2047127817 @default.
• W1610921370 cites W2047582605 @default.
• W1610921370 cites W2049057496 @default.
• W1610921370 cites W2051247565 @default.
• W1610921370 cites W2053621327 @default.
• W1610921370 cites W2055015399 @default.
• W1610921370 cites W2055628245 @default.
• W1610921370 cites W2056591735 @default.
• W1610921370 cites W2056902706 @default.
• W1610921370 cites W2056944805 @default.
• W1610921370 cites W2057056164 @default.
• W1610921370 cites W2061847329 @default.
• W1610921370 cites W2062503298 @default.
• W1610921370 cites W2067656683 @default.
• W1610921370 cites W2068243919 @default.
• W1610921370 cites W2068688137 @default.
• W1610921370 cites W2070864912 @default.
• W1610921370 cites W2072663964 @default.
• W1610921370 cites W2073032184 @default.
• W1610921370 cites W2074209669 @default.
• W1610921370 cites W2076069688 @default.
• W1610921370 cites W2076715136 @default.
• W1610921370 cites W2077954634 @default.
• W1610921370 cites W2079850345 @default.
• W1610921370 cites W2080575130 @default.
• W1610921370 cites W2084220652 @default.
• W1610921370 cites W2085832678 @default.
• W1610921370 cites W2085958926 @default.
• W1610921370 cites W2087724554 @default.
• W1610921370 cites W2089137827 @default.
• W1610921370 cites W2091332534 @default.
• W1610921370 cites W2091379128 @default.

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