FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3099480852> ?p ?o ?g. }

• W3099480852 endingPage "765" @default.
• W3099480852 startingPage "758" @default.
• W3099480852 abstract "We report an ultrafast, parallel and beyond-the-master micro-patterning technique for ultrathin (30 nm-400 nm) non-absorbing polymer films by diffraction of a laser light through a two dimensional periodic aperture. The redistribution of laser energy absorbed by the substrate causes self-organization of polymer thin-film in the form of wrinkle like surface relief structures caused by localized melting and freezing of the thin-film. Unlike the conventional laser ablation and laser writing processes, low laser fluence is employed to only passively swell the polymer as a pre-ablative process without the loss of material, and without absorption/reaction with the incident radiation. Self-organization in the thin polymer film aided by the diffraction pattern produces micro-structures made up of thin raised lines. These regular microstructures have far more complex morphologies than the mask geometry and very narrow line widths that can be an order of magnitude smaller than the openings in the mask. The microstructure morphology is easily modulated by changing the film thickness, aperture size and geometry and by changing the diffraction pattern, e.g., by changing the aperture-substrate distance." @default.
• W3099480852 created "2020-11-23" @default.
• W3099480852 creator A5050535769 @default.
• W3099480852 creator A5052056626 @default.
• W3099480852 creator A5089773023 @default.
• W3099480852 date "2011-02-02" @default.
• W3099480852 modified "2023-10-09" @default.
• W3099480852 title "Ultrafast Large-Area Micropattern Generation in Nonabsorbing Polymer Thin Films by Pulsed Laser Diffraction" @default.
• W3099480852 cites W1598456583 @default.
• W3099480852 cites W1965084020 @default.
• W3099480852 cites W1970918404 @default.
• W3099480852 cites W1975490515 @default.
• W3099480852 cites W1976098013 @default.
• W3099480852 cites W1977363621 @default.
• W3099480852 cites W1977456717 @default.
• W3099480852 cites W1981585563 @default.
• W3099480852 cites W1982607107 @default.
• W3099480852 cites W1987093292 @default.
• W3099480852 cites W1987996793 @default.
• W3099480852 cites W1998163577 @default.
• W3099480852 cites W1999479120 @default.
• W3099480852 cites W2001651952 @default.
• W3099480852 cites W2003143237 @default.
• W3099480852 cites W2004691832 @default.
• W3099480852 cites W2005608277 @default.
• W3099480852 cites W2006139283 @default.
• W3099480852 cites W2008498810 @default.
• W3099480852 cites W2009155110 @default.
• W3099480852 cites W2011471888 @default.
• W3099480852 cites W2014685952 @default.
• W3099480852 cites W2015029281 @default.
• W3099480852 cites W2016604854 @default.
• W3099480852 cites W2017124199 @default.
• W3099480852 cites W2019863525 @default.
• W3099480852 cites W2020989786 @default.
• W3099480852 cites W2021599795 @default.
• W3099480852 cites W2021687928 @default.
• W3099480852 cites W2026545741 @default.
• W3099480852 cites W2027946268 @default.
• W3099480852 cites W2028619956 @default.
• W3099480852 cites W2036316454 @default.
• W3099480852 cites W2039421083 @default.
• W3099480852 cites W2039647968 @default.
• W3099480852 cites W2049745523 @default.
• W3099480852 cites W2050046320 @default.
• W3099480852 cites W2058295093 @default.
• W3099480852 cites W2060711559 @default.
• W3099480852 cites W2061751851 @default.
• W3099480852 cites W2063804324 @default.
• W3099480852 cites W2075426913 @default.
• W3099480852 cites W2078042594 @default.
• W3099480852 cites W2078198112 @default.
• W3099480852 cites W2083940487 @default.
• W3099480852 cites W2086937521 @default.
• W3099480852 cites W2088464924 @default.
• W3099480852 cites W2089055337 @default.
• W3099480852 cites W2090150406 @default.
• W3099480852 cites W2091664764 @default.
• W3099480852 cites W2099354462 @default.
• W3099480852 cites W2099882676 @default.
• W3099480852 cites W2105146432 @default.
• W3099480852 cites W2109701291 @default.
• W3099480852 cites W2111426709 @default.
• W3099480852 cites W2119996517 @default.
• W3099480852 cites W2124335050 @default.
• W3099480852 cites W2126345679 @default.
• W3099480852 cites W2132752611 @default.
• W3099480852 cites W2144133027 @default.
• W3099480852 cites W2144237170 @default.
• W3099480852 cites W2146496886 @default.
• W3099480852 cites W2157643620 @default.
• W3099480852 cites W2167331307 @default.
• W3099480852 cites W4241214195 @default.
• W3099480852 cites W4248033625 @default.
• W3099480852 doi "https://doi.org/10.1002/smll.201001939" @default.
• W3099480852 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21290600" @default.
• W3099480852 hasPublicationYear "2011" @default.
• W3099480852 type Work @default.
• W3099480852 sameAs 3099480852 @default.
• W3099480852 citedByCount "11" @default.
• W3099480852 countsByYear W30994808522013 @default.
• W3099480852 countsByYear W30994808522015 @default.
• W3099480852 countsByYear W30994808522017 @default.
• W3099480852 countsByYear W30994808522019 @default.
• W3099480852 crossrefType "journal-article" @default.
• W3099480852 hasAuthorship W3099480852A5050535769 @default.
• W3099480852 hasAuthorship W3099480852A5052056626 @default.
• W3099480852 hasAuthorship W3099480852A5089773023 @default.
• W3099480852 hasBestOaLocation W30994808522 @default.
• W3099480852 hasConcept C120665830 @default.
• W3099480852 hasConcept C121332964 @default.
• W3099480852 hasConcept C171250308 @default.
• W3099480852 hasConcept C19067145 @default.
• W3099480852 hasConcept C192562407 @default.
• W3099480852 hasConcept C207114421 @default.
• W3099480852 hasConcept C22078206 @default.
• W3099480852 hasConcept C2779188808 @default.
• W3099480852 hasConcept C49040817 @default.

• next