Matches in SemOpenAlex for { <https://semopenalex.org/work/W2562207627> ?p ?o ?g. }
- W2562207627 endingPage "187" @default.
- W2562207627 startingPage "169" @default.
- W2562207627 abstract "This work reports physical property measurements of binary mixtures of butylbenzene with n-decane, n-dodecane, n-tetradecane, n-hexadecane, or n-heptadecane. Densities and viscosities were measured at temperatures from (293.15 to 373.15) K, and speeds of sound were measured at temperatures from (293.15 to 333.15) K, except for those of n-heptadecane, which were measured starting at 303.15 K. Densities increased with increasing mole fraction of butylbenzene. Excess molar volumes were positive and increased with increasing alkane chain length, except for those of heptadecane which were similar to those of n-hexadecane. Analysis of excess molar volumes using the Prigogine–Flory–Patterson model showed that the interaction term contributed more to excess molar volume than the free volume or P* term. As the mole fraction of butylbenzene increased, speeds of sound increased for n-decane and n-dodecane mixtures but decreased for other alkane mixtures to values below those of both pure components before increasing again. Viscosities decreased as the mole fraction of butylbenzene increased except for those of some n-decane mixtures, which were below those of butylbenzene and n-decane. Viscosity mole fraction data were fit using the three-body McAllister model. Bulk moduli and surface tension increased with increasing mole fraction of butylbenzene, and flash points fell between those of the individual components. These mixtures can be used as surrogates for petroleum-based fuels." @default.
- W2562207627 created "2017-01-06" @default.
- W2562207627 creator A5003066159 @default.
- W2562207627 creator A5027347845 @default.
- W2562207627 creator A5052591285 @default.
- W2562207627 creator A5073427179 @default.
- W2562207627 date "2016-12-30" @default.
- W2562207627 modified "2023-10-14" @default.
- W2562207627 title "Density, Viscosity, Speed of Sound, Bulk Modulus, Surface Tension, and Flash Point of Binary Mixtures of Butylbenzene + Linear Alkanes (<i>n</i>-Decane, <i>n</i>-Dodecane, <i>n</i>-Tetradecane, <i>n</i>-Hexadecane, or <i>n</i>-Heptadecane) at 0.1 MPa" @default.
- W2562207627 cites W104786720 @default.
- W2562207627 cites W168499135 @default.
- W2562207627 cites W1965402734 @default.
- W2562207627 cites W1967932153 @default.
- W2562207627 cites W1968033316 @default.
- W2562207627 cites W1971329362 @default.
- W2562207627 cites W1973328973 @default.
- W2562207627 cites W1977942983 @default.
- W2562207627 cites W1978335782 @default.
- W2562207627 cites W1979030203 @default.
- W2562207627 cites W1986097853 @default.
- W2562207627 cites W1986625269 @default.
- W2562207627 cites W1987230932 @default.
- W2562207627 cites W1988494153 @default.
- W2562207627 cites W1988976958 @default.
- W2562207627 cites W1989137086 @default.
- W2562207627 cites W1992944754 @default.
- W2562207627 cites W1995578129 @default.
- W2562207627 cites W2000071164 @default.
- W2562207627 cites W2000855894 @default.
- W2562207627 cites W2003753431 @default.
- W2562207627 cites W2007640859 @default.
- W2562207627 cites W2009116320 @default.
- W2562207627 cites W2011316104 @default.
- W2562207627 cites W2011590951 @default.
- W2562207627 cites W2012952975 @default.
- W2562207627 cites W2019713664 @default.
- W2562207627 cites W2019947169 @default.
- W2562207627 cites W2020286467 @default.
- W2562207627 cites W2021366512 @default.
- W2562207627 cites W2023119301 @default.
- W2562207627 cites W2028751030 @default.
- W2562207627 cites W2030841140 @default.
- W2562207627 cites W2032033216 @default.
- W2562207627 cites W2032077530 @default.
- W2562207627 cites W2032136901 @default.
- W2562207627 cites W2032902101 @default.
- W2562207627 cites W2034074290 @default.
- W2562207627 cites W2036455908 @default.
- W2562207627 cites W2037209923 @default.
- W2562207627 cites W2037631315 @default.
- W2562207627 cites W2047071707 @default.
- W2562207627 cites W2047440830 @default.
- W2562207627 cites W2047740010 @default.
- W2562207627 cites W2048171543 @default.
- W2562207627 cites W2051749998 @default.
- W2562207627 cites W2056049232 @default.
- W2562207627 cites W2056265255 @default.
- W2562207627 cites W2056749316 @default.
- W2562207627 cites W2059067694 @default.
- W2562207627 cites W2059506859 @default.
- W2562207627 cites W2060406473 @default.
- W2562207627 cites W2060525476 @default.
- W2562207627 cites W2061215482 @default.
- W2562207627 cites W2063816653 @default.
- W2562207627 cites W2067703297 @default.
- W2562207627 cites W2067809794 @default.
- W2562207627 cites W2069229332 @default.
- W2562207627 cites W2075193287 @default.
- W2562207627 cites W2076183629 @default.
- W2562207627 cites W2080512688 @default.
- W2562207627 cites W2093672704 @default.
- W2562207627 cites W2126174740 @default.
- W2562207627 cites W2160743588 @default.
- W2562207627 cites W2167492516 @default.
- W2562207627 cites W2176752011 @default.
- W2562207627 cites W2286649991 @default.
- W2562207627 cites W2319455094 @default.
- W2562207627 cites W2319730073 @default.
- W2562207627 cites W2321896082 @default.
- W2562207627 cites W2322624066 @default.
- W2562207627 cites W2323815195 @default.
- W2562207627 cites W2323842266 @default.
- W2562207627 cites W2329747725 @default.
- W2562207627 cites W2334545195 @default.
- W2562207627 cites W2494313800 @default.
- W2562207627 cites W2511298512 @default.
- W2562207627 cites W266429069 @default.
- W2562207627 cites W2770469415 @default.
- W2562207627 cites W4210882586 @default.
- W2562207627 cites W4232415102 @default.
- W2562207627 cites W4254061782 @default.
- W2562207627 cites W4361865001 @default.
- W2562207627 cites W2319093969 @default.
- W2562207627 doi "https://doi.org/10.1021/acs.jced.6b00542" @default.
- W2562207627 hasPublicationYear "2016" @default.
- W2562207627 type Work @default.
- W2562207627 sameAs 2562207627 @default.
- W2562207627 citedByCount "51" @default.