Matches in SemOpenAlex for { <https://semopenalex.org/work/W2046505770> ?p ?o ?g. }
- W2046505770 endingPage "11801" @default.
- W2046505770 startingPage "11792" @default.
- W2046505770 abstract "The demixing process of aqueous poly(N-isopropylacrylamide) (PNIPAM) solutions can occur either via a nucleation and growth process or via spinodal decomposition. The ensuing self-assembly, leading to heterogeneous morphologies within the PNIPAM solution, is codetermined by kinetic processes caused by molecular transport. By subjecting PNIPAM solutions to cyclic changes in temperature leading to repeated crossing of the demixing transition, we are able to assess the importance of kinetics as well as of overheating and supercooling of the phase transition within the metastable range delimited by the binodal and spinodal lines. First indications about the location of these stability limits for the low- and high-temperature phases, separated by about 1.6 K, could be gained by detailed kinetic studies of the refractive index. These investigations are made possible due to the novel technique of temperature-modulated optical refractometry." @default.
- W2046505770 created "2016-06-24" @default.
- W2046505770 creator A5001816272 @default.
- W2046505770 creator A5008309440 @default.
- W2046505770 creator A5014760218 @default.
- W2046505770 creator A5047295701 @default.
- W2046505770 creator A5060406054 @default.
- W2046505770 creator A5067497688 @default.
- W2046505770 creator A5069251556 @default.
- W2046505770 creator A5072139248 @default.
- W2046505770 date "2014-09-26" @default.
- W2046505770 modified "2023-10-14" @default.
- W2046505770 title "Phase Instability and Molecular Kinetics Provoked by Repeated Crossing of the Demixing Transition of PNIPAM Solutions" @default.
- W2046505770 cites W1509501438 @default.
- W2046505770 cites W1537699542 @default.
- W2046505770 cites W1963915405 @default.
- W2046505770 cites W1964453076 @default.
- W2046505770 cites W1974424737 @default.
- W2046505770 cites W1979788101 @default.
- W2046505770 cites W1982218431 @default.
- W2046505770 cites W1982972758 @default.
- W2046505770 cites W1983173367 @default.
- W2046505770 cites W1994018222 @default.
- W2046505770 cites W1996898927 @default.
- W2046505770 cites W2001853424 @default.
- W2046505770 cites W2005323147 @default.
- W2046505770 cites W2005508184 @default.
- W2046505770 cites W2006786194 @default.
- W2046505770 cites W2009367429 @default.
- W2046505770 cites W2010878544 @default.
- W2046505770 cites W2019276679 @default.
- W2046505770 cites W2033563227 @default.
- W2046505770 cites W2034731256 @default.
- W2046505770 cites W2037519614 @default.
- W2046505770 cites W2040517151 @default.
- W2046505770 cites W2042014783 @default.
- W2046505770 cites W2050333537 @default.
- W2046505770 cites W2056975381 @default.
- W2046505770 cites W2060074881 @default.
- W2046505770 cites W2061686774 @default.
- W2046505770 cites W2065890087 @default.
- W2046505770 cites W2068426524 @default.
- W2046505770 cites W2073855674 @default.
- W2046505770 cites W2077002478 @default.
- W2046505770 cites W2077093239 @default.
- W2046505770 cites W2080420701 @default.
- W2046505770 cites W2082654795 @default.
- W2046505770 cites W2085336382 @default.
- W2046505770 cites W2087157905 @default.
- W2046505770 cites W2087375896 @default.
- W2046505770 cites W2088667205 @default.
- W2046505770 cites W2089097181 @default.
- W2046505770 cites W2090762754 @default.
- W2046505770 cites W2092700187 @default.
- W2046505770 cites W2095121654 @default.
- W2046505770 cites W2105488587 @default.
- W2046505770 cites W2110823262 @default.
- W2046505770 cites W2111812628 @default.
- W2046505770 cites W2132557976 @default.
- W2046505770 cites W2136447828 @default.
- W2046505770 cites W2137965284 @default.
- W2046505770 cites W2319241777 @default.
- W2046505770 cites W2322956058 @default.
- W2046505770 cites W2332299648 @default.
- W2046505770 cites W2334867210 @default.
- W2046505770 cites W2335141049 @default.
- W2046505770 cites W3099779749 @default.
- W2046505770 doi "https://doi.org/10.1021/la5026763" @default.
- W2046505770 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25215653" @default.
- W2046505770 hasPublicationYear "2014" @default.
- W2046505770 type Work @default.
- W2046505770 sameAs 2046505770 @default.
- W2046505770 citedByCount "18" @default.
- W2046505770 countsByYear W20465057702015 @default.
- W2046505770 countsByYear W20465057702017 @default.
- W2046505770 countsByYear W20465057702018 @default.
- W2046505770 countsByYear W20465057702019 @default.
- W2046505770 countsByYear W20465057702020 @default.
- W2046505770 countsByYear W20465057702021 @default.
- W2046505770 countsByYear W20465057702022 @default.
- W2046505770 crossrefType "journal-article" @default.
- W2046505770 hasAuthorship W2046505770A5001816272 @default.
- W2046505770 hasAuthorship W2046505770A5008309440 @default.
- W2046505770 hasAuthorship W2046505770A5014760218 @default.
- W2046505770 hasAuthorship W2046505770A5047295701 @default.
- W2046505770 hasAuthorship W2046505770A5060406054 @default.
- W2046505770 hasAuthorship W2046505770A5067497688 @default.
- W2046505770 hasAuthorship W2046505770A5069251556 @default.
- W2046505770 hasAuthorship W2046505770A5072139248 @default.
- W2046505770 hasConcept C112964491 @default.
- W2046505770 hasConcept C119094556 @default.
- W2046505770 hasConcept C121332964 @default.
- W2046505770 hasConcept C127413603 @default.
- W2046505770 hasConcept C135889238 @default.
- W2046505770 hasConcept C147789679 @default.
- W2046505770 hasConcept C148898269 @default.
- W2046505770 hasConcept C149288129 @default.
- W2046505770 hasConcept C159467904 @default.