Matches in SemOpenAlex for { <https://semopenalex.org/work/W2164023242> ?p ?o ?g. }
- W2164023242 endingPage "8456" @default.
- W2164023242 startingPage "8447" @default.
- W2164023242 abstract "This work illustrates how minor structural perturbations produced by methylation of 4′-(dodecyloxy)-4-cyanobiphenyl leads to enthalpy–entropy compensation for their melting processes, a trend which can be analyzed within the frame of a simple intermolecular cohesive model. The transformation of the melting thermodynamic parameters collected at variable temperatures into cohesive free-energy densities expressed at a common reference temperature results in a novel linear correlation, from which melting temperatures can be simply predicted from molecular volumes." @default.
- W2164023242 created "2016-06-24" @default.
- W2164023242 creator A5009802384 @default.
- W2164023242 creator A5011143075 @default.
- W2164023242 creator A5014787341 @default.
- W2164023242 creator A5020269406 @default.
- W2164023242 creator A5025843759 @default.
- W2164023242 creator A5032647785 @default.
- W2164023242 creator A5043538285 @default.
- W2164023242 creator A5057159688 @default.
- W2164023242 creator A5064263575 @default.
- W2164023242 date "2013-05-21" @default.
- W2164023242 modified "2023-09-27" @default.
- W2164023242 title "Enthalpy-Entropy Compensation Combined with Cohesive Free-Energy Densities for Tuning the Melting Temperatures of Cyanobiphenyl Derivatives" @default.
- W2164023242 cites W1560171643 @default.
- W2164023242 cites W1902576959 @default.
- W2164023242 cites W1964922973 @default.
- W2164023242 cites W1967028169 @default.
- W2164023242 cites W1969635440 @default.
- W2164023242 cites W1972128701 @default.
- W2164023242 cites W1974267847 @default.
- W2164023242 cites W1978233628 @default.
- W2164023242 cites W1978890358 @default.
- W2164023242 cites W1980316342 @default.
- W2164023242 cites W1982434965 @default.
- W2164023242 cites W1982648945 @default.
- W2164023242 cites W1983819655 @default.
- W2164023242 cites W1985003806 @default.
- W2164023242 cites W1988175157 @default.
- W2164023242 cites W1994638025 @default.
- W2164023242 cites W2001188488 @default.
- W2164023242 cites W2005048290 @default.
- W2164023242 cites W2006903576 @default.
- W2164023242 cites W2007272508 @default.
- W2164023242 cites W2014062475 @default.
- W2164023242 cites W2019086403 @default.
- W2164023242 cites W2019383526 @default.
- W2164023242 cites W2020168658 @default.
- W2164023242 cites W2025278677 @default.
- W2164023242 cites W2025915224 @default.
- W2164023242 cites W2026140607 @default.
- W2164023242 cites W2026983232 @default.
- W2164023242 cites W2028341518 @default.
- W2164023242 cites W2033666925 @default.
- W2164023242 cites W2035160589 @default.
- W2164023242 cites W2039991398 @default.
- W2164023242 cites W2042773431 @default.
- W2164023242 cites W2049685426 @default.
- W2164023242 cites W2052970336 @default.
- W2164023242 cites W2054558371 @default.
- W2164023242 cites W2055302332 @default.
- W2164023242 cites W2057753783 @default.
- W2164023242 cites W2058941539 @default.
- W2164023242 cites W2059020082 @default.
- W2164023242 cites W2063711133 @default.
- W2164023242 cites W2063831812 @default.
- W2164023242 cites W2064960605 @default.
- W2164023242 cites W2065040250 @default.
- W2164023242 cites W2066120836 @default.
- W2164023242 cites W2068959204 @default.
- W2164023242 cites W2071190821 @default.
- W2164023242 cites W2071602352 @default.
- W2164023242 cites W2072660673 @default.
- W2164023242 cites W2074082872 @default.
- W2164023242 cites W2082308337 @default.
- W2164023242 cites W2086885965 @default.
- W2164023242 cites W2087401283 @default.
- W2164023242 cites W2087871271 @default.
- W2164023242 cites W2088658667 @default.
- W2164023242 cites W2102069033 @default.
- W2164023242 cites W2105785414 @default.
- W2164023242 cites W2107503884 @default.
- W2164023242 cites W2108508060 @default.
- W2164023242 cites W2116523356 @default.
- W2164023242 cites W2124193751 @default.
- W2164023242 cites W2127336290 @default.
- W2164023242 cites W2137392358 @default.
- W2164023242 cites W2140230161 @default.
- W2164023242 cites W2145717632 @default.
- W2164023242 cites W2147304506 @default.
- W2164023242 cites W2155358697 @default.
- W2164023242 cites W2171093181 @default.
- W2164023242 cites W2204719304 @default.
- W2164023242 cites W2321283660 @default.
- W2164023242 cites W2330409642 @default.
- W2164023242 cites W2610464022 @default.
- W2164023242 doi "https://doi.org/10.1002/chem.201300587" @default.
- W2164023242 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23696067" @default.
- W2164023242 hasPublicationYear "2013" @default.
- W2164023242 type Work @default.
- W2164023242 sameAs 2164023242 @default.
- W2164023242 citedByCount "9" @default.
- W2164023242 countsByYear W21640232422014 @default.
- W2164023242 countsByYear W21640232422015 @default.
- W2164023242 countsByYear W21640232422016 @default.
- W2164023242 countsByYear W21640232422017 @default.
- W2164023242 countsByYear W21640232422018 @default.
- W2164023242 countsByYear W21640232422021 @default.