Partial Molal Volumes and Additivity of Group Partial Molal Volumes of Alcohols in Aqueous Solution at 25 and 35 degrees C.

Correlation and prediction of thermodynamic properties of nonelectrolytes at infinite dilution in water over very wide temperature and pressure ranges (2000K and 10GPa)

“…Values of V 1 2 =V Ã 1 for aqueous CO 2 , evaluated from EoS (Duan and Zhang, 2006), see text. Alexander and Hill, 1965;Friedman and Scheraga, 1965;Franks and Smith, 1968;Neal and Goring, 1970;Nakajima et al, 1975;Høiland and Vikingstad, 1976;Moriyoshi et al, 1977;Benson and Kiyohara, 1980;Høiland, 1980;Nakagawa et al, 1983;Easteal and Woolf, 1985;Makhatadze and Privalov, 1989;Makhatadze et al, 1990Makhatadze et al, , 1997Ott et al, 1993;Alauddin et al, 1994;Sakurai et al, 1994;Kaulgud et al, 1995;Criss and Wood, 1996;Hynek et al, 1997;Xiao et al, 1997;Degrange, 1998;Hnědkovský et al, 1998;Saleh et al, 1998;Schulte et al, 1999;Origlia and Woolley, 2001;Kukuljan et al, 2003;Hynćica et al, 2004Hynćica et al, , 2006aStříteská et al, 2004;Č enský et al, 2007;Cibulka and Hnědkovský, 2009). Here and in all later cases only data at T > 293 K were used, because results at lower temperatures and atmospheric pressure complicate the dependence (those practically isochoric data demonstrate an appreciable temperature dependence, contrary to data at higher temperatures).…”

“…17. Sources: for toluene - Sakurai (1990), Degrange (1998, Hynćica et al (2003); for tetrahydrofuran - Neal and Goring (1970), Cabani et al (1976), Cibulka (2010), Cibulka and Alexiou (2010); for phenol -Howell (1932), Criss and Wood (1996), Hynek et al (1997), Hnědkovský et al (1998), , Č enský et al (2007); for morpholine - Tremaine et al (1997); for 1,4-butanediol - Nakajima et al (1975), Høiland and Vikingstad (1976), Høiland (1980), Criss and Wood (1996), Yang et al (2004), Hynćica et al (2006b); for glycerol - Neal and Goring (1970), Hynćica et al (2006b). The number of examples for polar compounds can easily be increased.…”

Partial molar volumes of organic solutes in water. XII. Methanol(aq), ethanol(aq), 1-propanol(aq), and 2-propanol(aq) at T= (298 to 573) K and at pressures up to 30 MPa

“…It is obvious that the differences are nearly independent of pressure. Figure 10 shows the effect of the [35]; ., Hoiland [36]; d, this work.…”

“…[27]; , Hu et al [33]; j, Alexander and Hill [34]; m, Sakurai et al [20]; n, Origlia-Luster and Woolley, smoothed data at p = 0.35 MPa [31]; $, Hoiland and Vikingstad [35]; ., Hoiland [36]; d, this work. Experimental values of partial molar volume obtained for methanol, ethanol, and 1-propanol for all three pressure sets are presented in figure 8.…”

Apparent molar volumes of aqueous solutions of some organic solutes at the pressure 28 MPa and temperatures to 598 K

“…e Calculated from V a 2 for 1,3 propanediamine (59) with a correction DV a 2 =16.0 cm 3 ·mol −1 added for the appropriate number of CH2 groups to produce V a 2 for the solute. f Calculated from V a 2 for 1,5 pentanediol and 1,7 heptanediol, (61) with correction DV a (11) and (12), and the bottom value is from equations (11) and (13).…”