FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2030365783> ?p ?o ?g. }

• W2030365783 endingPage "14061" @default.
• W2030365783 startingPage "14052" @default.
• W2030365783 abstract "Motivated by recent experiments of copolymer patterning by nanoimprinting, we investigate microphase separation and morphology for symmetric AB diblock copolymers with lamellar structure in bulk, confined between a flat bottom surface and a square-wave top surface by using the self-consistent field theory (SCFT). The efficient and high-order accurate pseudospectral method is adopted to numerically solve the SCFT equations in irregularly shaped domains with the help of the “masking” technique by embedding the confined domains of arbitrary shape within a larger rectangular computational cell. Our simulations reveal that the inverted T-style and trapezoid structures occurring in the relatively strong and weak surface fields, respectively, are following our topographically patterned surface. For neutral walls, when the thickness of the lower section is commensurate with the lamellae period of bulk block copolymers, the topographically patterned surface in this work leads to parallel lamellae, and completely parallel lamellae are favored when both the width and height of the upper section are equal to the lamellae bulk period. Furthermore, the prevalent structures are the parallel lamellae in the upper section combined with the perpendicular lamellae in the lower section. When the walls repel one of the block species, parallel lamellae occur in a wide range of film thicknesses compared to the case of neutral walls. To our knowledge, some new structures, however, such as square and partial square structures and reversed-T and trapezoid structures, have not been reported before under parallel surface confinement. In general, the required structures can be obtained by choosing the proper degree of spatial confinement, characterized by variations of the ratio of film thicknesses to bulk repeat period, and the block−substrate interactions. Moreover, we show that the confinement width of the lower section (or the period of the square wave) plays a critical role in microstructure formation. These findings provide a guide to designing novel microstructures involving symmetric diblock copolymers via topographically patterned surfaces and surface fields, relevant to nanoimprinting." @default.
• W2030365783 created "2016-06-24" @default.
• W2030365783 creator A5010905235 @default.
• W2030365783 creator A5034755606 @default.
• W2030365783 creator A5047686103 @default.
• W2030365783 creator A5088634221 @default.
• W2030365783 date "2009-10-08" @default.
• W2030365783 modified "2023-10-16" @default.
• W2030365783 title "Self-Assembly of AB Diblock Copolymers under Confinement into Topographically Patterned Surfaces" @default.
• W2030365783 cites W1597169674 @default.
• W2030365783 cites W1963993808 @default.
• W2030365783 cites W1965956180 @default.
• W2030365783 cites W1969837995 @default.
• W2030365783 cites W1971772000 @default.
• W2030365783 cites W1984659595 @default.
• W2030365783 cites W1985117857 @default.
• W2030365783 cites W1986625902 @default.
• W2030365783 cites W1993245136 @default.
• W2030365783 cites W2003398981 @default.
• W2030365783 cites W2008255480 @default.
• W2030365783 cites W2013189039 @default.
• W2030365783 cites W2018133665 @default.
• W2030365783 cites W2019214953 @default.
• W2030365783 cites W2020001809 @default.
• W2030365783 cites W2026132129 @default.
• W2030365783 cites W2026296674 @default.
• W2030365783 cites W2027388284 @default.
• W2030365783 cites W2028771715 @default.
• W2030365783 cites W2030979723 @default.
• W2030365783 cites W2032237885 @default.
• W2030365783 cites W2035368246 @default.
• W2030365783 cites W2035832907 @default.
• W2030365783 cites W2046271471 @default.
• W2030365783 cites W2046584454 @default.
• W2030365783 cites W2047093330 @default.
• W2030365783 cites W2048005293 @default.
• W2030365783 cites W2054789115 @default.
• W2030365783 cites W2056319685 @default.
• W2030365783 cites W2058466720 @default.
• W2030365783 cites W2060486065 @default.
• W2030365783 cites W2066350682 @default.
• W2030365783 cites W2067965897 @default.
• W2030365783 cites W2067996940 @default.
• W2030365783 cites W2069798172 @default.
• W2030365783 cites W2073273977 @default.
• W2030365783 cites W2073503574 @default.
• W2030365783 cites W2074791001 @default.
• W2030365783 cites W2084556650 @default.
• W2030365783 cites W2087161979 @default.
• W2030365783 cites W2114708340 @default.
• W2030365783 cites W2125445184 @default.
• W2030365783 cites W2125452533 @default.
• W2030365783 cites W2129821655 @default.
• W2030365783 cites W2146290512 @default.
• W2030365783 cites W2171594739 @default.
• W2030365783 cites W2172949807 @default.
• W2030365783 cites W2285012659 @default.
• W2030365783 cites W2334350380 @default.
• W2030365783 cites W3101108555 @default.
• W2030365783 cites W3104080189 @default.
• W2030365783 cites W4233417203 @default.
• W2030365783 doi "https://doi.org/10.1021/jp9033613" @default.
• W2030365783 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19813712" @default.
• W2030365783 hasPublicationYear "2009" @default.
• W2030365783 type Work @default.
• W2030365783 sameAs 2030365783 @default.
• W2030365783 citedByCount "14" @default.
• W2030365783 countsByYear W20303657832012 @default.
• W2030365783 countsByYear W20303657832013 @default.
• W2030365783 countsByYear W20303657832015 @default.
• W2030365783 countsByYear W20303657832016 @default.
• W2030365783 countsByYear W20303657832017 @default.
• W2030365783 countsByYear W20303657832018 @default.
• W2030365783 countsByYear W20303657832019 @default.
• W2030365783 crossrefType "journal-article" @default.
• W2030365783 hasAuthorship W2030365783A5010905235 @default.
• W2030365783 hasAuthorship W2030365783A5034755606 @default.
• W2030365783 hasAuthorship W2030365783A5047686103 @default.
• W2030365783 hasAuthorship W2030365783A5088634221 @default.
• W2030365783 hasConcept C121332964 @default.
• W2030365783 hasConcept C127313418 @default.
• W2030365783 hasConcept C135692309 @default.
• W2030365783 hasConcept C151730666 @default.
• W2030365783 hasConcept C15920480 @default.
• W2030365783 hasConcept C159467904 @default.
• W2030365783 hasConcept C159985019 @default.
• W2030365783 hasConcept C192562407 @default.
• W2030365783 hasConcept C199631012 @default.
• W2030365783 hasConcept C2524010 @default.
• W2030365783 hasConcept C2776799497 @default.
• W2030365783 hasConcept C33923547 @default.
• W2030365783 hasConcept C41999313 @default.
• W2030365783 hasConcept C499950583 @default.
• W2030365783 hasConcept C521977710 @default.
• W2030365783 hasConcept C77851909 @default.
• W2030365783 hasConceptScore W2030365783C121332964 @default.
• W2030365783 hasConceptScore W2030365783C127313418 @default.
• W2030365783 hasConceptScore W2030365783C135692309 @default.

• next