Volumetric properties of (dialkyl carbonate+n-alkane) mixtures at high pressures: Experimental measurement and Nitta–Chao model prediction

P–ρ–T Data and Modeling for Propan-1-ol + n-Octane or n-Nonane or n-Decane from 313.15 K to 363.15 K and 1 MPa to 20 MPa

“…Comparison of experimental pure component density data (ρ exp ) at various temperatures as a function of pressure to literature values (ρ lit ). (a) n -Octane: (□) Banipal et al, (◊) Lampreia et al, (×) Sanmamed et al, (*) Morávková et al, (+) Abdussalam et al, (○) Lugo et al, (red ■) Liu et al, (red +) Morávková and Linek, (red ●) Morávková et al, (×) Kumagai et al, (red *) Abdulagatov and Azizov, (red ⧫) Dymond et al, (red □) Dix et al, (red ◊) Kiran and Sen, (red △) Goodwin et al, (red ○) Boelhouwer, and (red ▲) Pimentel-Rodas et al (b) n -Nonane: (□) Banipal et al, (◊) Schilling et al, (×) Pimentel-Rodas et al, (*) Morávková et al, (+) Doolittle, (red ■) Grindley et al, (red ⧫) Boelhouwer, and (red ▲) Valencia et al (c) n -Decane: (+) Zúñiga-Moreno et al, (□) Carmichael et al, (◊) Reamer et al, (○) Segovia et al, (×) Troncoso et al, (*) Quevedo-Nolasco et al, (⧫) Audonnet and Pádua, (■) Gayol et al, (red ■) Banipal et al, (⧫) Gates et al, (red ▲) Valencia et al, (red ×) Liu et al., (red ●) Lentz, (red *) Kang and Wang, (red +) Regueira et al, and (red □) Pimental-Rodas . (d) Propan-1-ol: (□) Golubev et al, (◊) Zúñiga-Moreno and Galicia-Luna, (×) Watson et al., (*) Abdulagatov et al, (+) Kitajima et al, (○) Zéberg-Mikkelsen et al, (red ■) Zakharyaev, (⧫) Kubota et al, (red ▲) Alaoui et al, (red ×) Davila et al, (red ●) Torcal et al, and (red +) Kariznovi et al …”

“…The effect of temperature on the excess volume is widely accepted and has been studied in great detail. Some data for alkane- and alcohol-containing systems are available in the literature. − Additionally, numerous pure-component n -octane, n -nonane, n -decane, and propan-1-ol densities have been reported as functions of temperature and pressure in the literature. − However, the pressure effect on the excess volume is not well studied for the binary propanol–alkane systems considered here.…”

Physicochemical Investigations of a Binary Mixture Containing Ionic Liquid 1-Butyl-1-methylpyrrolidinium Bis(trifluoromethylsulfonyl)imide and Diethyl Carbonate

“…The densities of the pure components were measured at atmospheric pressure in the temperature range (293.15 to 323.15) K, and results are given in Table . Figure presents the percentage deviations between obtained density values from this work for the pure [bmpyrr]­[NTf 2 ], Figure a and DEC, Figure b and those reported previously in the literature. ,,,− …”

“…Relative deviations between density data obtained in this work (the zero line, solid line) and the literature data at different temperatures for (a) [bmpyrr]­[NTf 2 ]: (triangle down bottom solid) [], (rectangle) [], (square right solid) [], (box solid) [], (box) [], (circle solid) [], (circle open) [], (triangle up solid) [], (triangle up open) [], (triangle down open) [], (tilted square solid) [], (tilted square open) [], (triangle left-pointing solid) [], (triangle down solid) [], (circle right solid) [], (triangle right-pointing open) [], (hexagon solid) [], (tilted square dotted) [], (star) [], (square top solid) [], (semicircle up solid) [], (semicircle right solid) [], (triangle up top solid) [], (triangle up right solid) [], (triangle right-pointing bottom solid) [], (triangle left-pointing left solid) [], (square left solid) [], (left-lighted downwards equilateral arrowhead) [], (circle left solid), [], (double triangle open) [], (square upper left solid) [], (square lower right solid) [], (square with cross) [], (rectangle) [], and (rectangle) []; and (b) DEC: (box solid) [], (box) [], (circle solid) [], (circle open) [], (triangle right-pointing open) [], (triangle down solid) [], (triangle left-pointing solid) [], (circle top solid) [], (star) [], (square upper left solid) [], (triangle up right solid) [], (triangle left-pointing open) [], and (triangle right-pointing solid) [].…”

Study of Molecular Interactions in Binary Mixtures of Diethyl Carbonate + Benzene Derivatives at Different Temperatures

“…Identifying the industrial importance of diethyl carbonate, some researchers [6,7] studied molecular interactions in binary liquid mixtures containing diethyl carbonate. Based on this background, the binary systems namely, "diethyl carbonate + nitrobenzene", "diethyl carbonate + chlorobenzene" and "diethyl carbonate + aniline" are chosen for the present study.…”