Matches in SemOpenAlex for { <https://semopenalex.org/work/W2655353952> ?p ?o ?g. }
- W2655353952 endingPage "3540" @default.
- W2655353952 startingPage "3531" @default.
- W2655353952 abstract "Low molecular weight gels are formed by the self-assembly of a suitable small molecule gelator into a three-dimensional network of fibrous structures. The gel properties are determined by the fiber structures, the number and type of cross-links and the distribution of the fibers and cross-links in space. Probing these structures and cross-links is difficult. Many reports rely on microscopy of dried gels (xerogels), where the solvent is removed prior to imaging. The assumption is made that this has little effect on the structures, but it is not clear that this assumption is always (or ever) valid. Here, we use small angle neutron scattering (SANS) to probe low molecular weight hydrogels formed by the self-assembly of dipeptides. We compare scattering data for wet and dried gels, as well as following the drying process. We show that the assumption that drying does not affect the network is not always correct." @default.
- W2655353952 created "2017-06-30" @default.
- W2655353952 creator A5020200602 @default.
- W2655353952 creator A5028493565 @default.
- W2655353952 creator A5029188655 @default.
- W2655353952 creator A5034874526 @default.
- W2655353952 creator A5055870335 @default.
- W2655353952 creator A5057424651 @default.
- W2655353952 creator A5060873899 @default.
- W2655353952 creator A5075864247 @default.
- W2655353952 creator A5077586136 @default.
- W2655353952 creator A5080621107 @default.
- W2655353952 creator A5080924578 @default.
- W2655353952 creator A5081520493 @default.
- W2655353952 creator A5091630028 @default.
- W2655353952 date "2017-07-03" @default.
- W2655353952 modified "2023-10-16" @default.
- W2655353952 title "Drying Affects the Fiber Network in Low Molecular Weight Hydrogels" @default.
- W2655353952 cites W1897869967 @default.
- W2655353952 cites W1976199152 @default.
- W2655353952 cites W1978142206 @default.
- W2655353952 cites W1979833164 @default.
- W2655353952 cites W1980418141 @default.
- W2655353952 cites W1985052997 @default.
- W2655353952 cites W1986356292 @default.
- W2655353952 cites W1988448289 @default.
- W2655353952 cites W1998587751 @default.
- W2655353952 cites W2002363341 @default.
- W2655353952 cites W2010467242 @default.
- W2655353952 cites W2017918965 @default.
- W2655353952 cites W2022284014 @default.
- W2655353952 cites W2023246064 @default.
- W2655353952 cites W2036278706 @default.
- W2655353952 cites W2036295204 @default.
- W2655353952 cites W2041984156 @default.
- W2655353952 cites W2048322679 @default.
- W2655353952 cites W2074864118 @default.
- W2655353952 cites W2080472241 @default.
- W2655353952 cites W2081081773 @default.
- W2655353952 cites W2088737354 @default.
- W2655353952 cites W2096851695 @default.
- W2655353952 cites W2097220572 @default.
- W2655353952 cites W2100737090 @default.
- W2655353952 cites W2108453360 @default.
- W2655353952 cites W2108587906 @default.
- W2655353952 cites W2113878891 @default.
- W2655353952 cites W2118147816 @default.
- W2655353952 cites W2156881542 @default.
- W2655353952 cites W2160429317 @default.
- W2655353952 cites W2168409421 @default.
- W2655353952 cites W2171145151 @default.
- W2655353952 cites W2213504946 @default.
- W2655353952 cites W2270780899 @default.
- W2655353952 cites W2280336365 @default.
- W2655353952 cites W2291836458 @default.
- W2655353952 cites W2316457924 @default.
- W2655353952 cites W2321482663 @default.
- W2655353952 cites W2323265700 @default.
- W2655353952 cites W2323999392 @default.
- W2655353952 cites W2328665600 @default.
- W2655353952 cites W2329551239 @default.
- W2655353952 cites W2340955617 @default.
- W2655353952 cites W2398916053 @default.
- W2655353952 cites W2410803988 @default.
- W2655353952 cites W2477636673 @default.
- W2655353952 cites W2480668779 @default.
- W2655353952 cites W2517281671 @default.
- W2655353952 cites W2546108726 @default.
- W2655353952 cites W2577934459 @default.
- W2655353952 cites W2585606172 @default.
- W2655353952 cites W2586042449 @default.
- W2655353952 cites W2593788906 @default.
- W2655353952 cites W2529266459 @default.
- W2655353952 doi "https://doi.org/10.1021/acs.biomac.7b00823" @default.
- W2655353952 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5686561" @default.
- W2655353952 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28631478" @default.
- W2655353952 hasPublicationYear "2017" @default.
- W2655353952 type Work @default.
- W2655353952 sameAs 2655353952 @default.
- W2655353952 citedByCount "85" @default.
- W2655353952 countsByYear W26553539522018 @default.
- W2655353952 countsByYear W26553539522019 @default.
- W2655353952 countsByYear W26553539522020 @default.
- W2655353952 countsByYear W26553539522021 @default.
- W2655353952 countsByYear W26553539522022 @default.
- W2655353952 countsByYear W26553539522023 @default.
- W2655353952 crossrefType "journal-article" @default.
- W2655353952 hasAuthorship W2655353952A5020200602 @default.
- W2655353952 hasAuthorship W2655353952A5028493565 @default.
- W2655353952 hasAuthorship W2655353952A5029188655 @default.
- W2655353952 hasAuthorship W2655353952A5034874526 @default.
- W2655353952 hasAuthorship W2655353952A5055870335 @default.
- W2655353952 hasAuthorship W2655353952A5057424651 @default.
- W2655353952 hasAuthorship W2655353952A5060873899 @default.
- W2655353952 hasAuthorship W2655353952A5075864247 @default.
- W2655353952 hasAuthorship W2655353952A5077586136 @default.
- W2655353952 hasAuthorship W2655353952A5080621107 @default.
- W2655353952 hasAuthorship W2655353952A5080924578 @default.