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      Surface-directed modulation of supramolecular gel properties

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      fibre_diameters.xlsx (9.644Kb)
      phenyl_f.000 (1.039Mb)
      phenyl_f.001 (1.039Mb)
      phenyl_f.002 (1.039Mb)
      piranha_f.000 (1.039Mb)
      piranha_f.002 (1.039Mb)
      piranha_f.003 (1.039Mb)
      WCA.xls (45.5Kb)
      phen_surf.001 (1.039Mb)
      pir_surf.008 (1.039Mb)
      heigh0000.ibw (205.9Kb)
      heigh0001.ibw (390.7Kb)
      heigh0002.ibw (402.8Kb)
      heigh0004.ibw (530.2Kb)
      height.xlsx (9.136Kb)
      ph_all_mech.xlsx (50.23Kb)
      pir_all_mech.xlsx (118.5Kb)
      alpha.pzfx (8.232Kb)
      homogeneity-ph.pzfx (10.75Kb)
      homogeneity-pir.pzfx (9.946Kb)
      peak1ph.pzfx (660.5Kb)
      peak2ph.pzfx (9.073Kb)
      peak1pir.pzfx (818.9Kb)
      peak2pir.pzfx (9.202Kb)
      tofsims.xlsx (15.24Kb)
      file_explanation.docx (13.04Kb)
      Publication date
      2016-08-02
      Creators
      Zelzer, Mischa
      Marlow, Maria
      Metadata
      Show full item record
      Description
      Supramolecular materials are widely studied and used for a variety of applications; in most applications, these materials are in contact with surfaces of other materials. Whilst much focus has been placed on elucidating factors that affect supramolecular material properties, the influence of the material surface on gel formation is poorly characterised. Here, we demonstrate that surface properties directly affect the fibre architecture and mechanical properties of self-assembled cytidine based gel films.
      External URI
      • https://rdmc.nottingham.ac.uk/handle/internal/56
      DOI
      • http://doi.org/10.17639/nott.53
      Related publication DOI
      • 10.1039/c6cc00292g
      Links
      • http://pubs.rsc.org/en/Content/ArticleLanding/2016/CC/C6CC00292G#!divAbstract
      • http://doi.org/10.17639/nott.53
      Subjects
      • Supramolecular chemistry
      • Molecular structure
      • Molecular biology
      • Surface chemistry
      • Self-assembly (Chemistry)
      • Gels (Pharmacy)
      • Supramolecular materials; material surfaces; gel formation; cytidine based gel films; self-assembled materials
      • Biological Sciences
      • Physical sciences::Materials science
      • Q Science::QD Chemistry::QD450 Physical and theoretical chemistry
      Divisions
      • University of Nottingham, UK Campus::Faculty of Science::School of Pharmacy
      Deposit date
      2016-08-02
      Data type
      images, tables
      Contributors
      • Sabri, Akmal
      • Angelerou, Polyxeni
      • Creasey, Rhiannon
      Funders
      • Engineering & Physical Sciences Research Council
      Grant number
      • EP/L01646X
      Collection dates
      • June 2015 - November 2015
      Coverage
      • UK
      Resource languages
      • en
      Publisher
      University of Nottingham

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