Corrigendum to “Measurement of the (p,ρ,T) relation of propane, propylene, n-butane and isobutane in the temperature range from (95 to 340) K at pressures up to 12 MPa using an accurate two-sinker densimeter” [J. Chem. Thermodyn. 36 (2004) 1037–1059]

Measurements of Vapor Pressures from 280 to 369 K and (p, ρ, T) Properties from 340 to 400 K at Pressures to 200 MPa for Propane

“…The behaviors of density values calculated from the pressure-explicit mBWR-type equation of state developed by Younglove and Ely [16] and the multi-parameter Helmholtz-type equation of state developed by Span and Wagner [17] are also included for comparisons. The new literature data (Claus et al [10], Glos et al [11], and Kayukawa et al [12]) reasonably agreed with the present measurements. In the higher pressure region above 103 MPa, the behavior of calculated density values from three models (by Younglove and Ely [16], Miyamoto and Watanabe [15], and Span and Wagner [17]) and the present measurements agreed reasonably as shown in Fig.…”

“…Figure 3 shows relative pressure deviations of the present measurements from the Wagner-type vapor-pressure correlation for propane proposed by Miyamoto and Watanabe [15]. The vapor-pressure data by Reamer et al [3], Helgeson and Sage [18], Teichmann [19], Kratzke [20], Thomas and Harrison [6], Glos et al [11], and Kayukawa et al [12] were also included in Fig. 3.…”

“…, Younglove-Ely model [16]; --, Span-Wagner model [17]; , Claus et al [10]; , Glos et al [11]; * , Kayukawa et al [12]. +, Teichmann [19]; , Kratzke [20]; , Thomas and Harrison [6]; ♦, Glos et al [11]; ×, Kayukawa et al [12].…”

“…In previous publications [1,2] we reported measurements of the vapor pressure and ( p, ρ, T ) properties for isobutane by a metal-bellows variable volumometer at temperatures from 280 to 440 K at pressures up to Reamer [3] 306 Mercury piezometer 0.1-69 1-576 311-511 Dittmer [4] 336 Isochoric method 1.0-103 320-590 273-413 Ely [5] 222 Isochoric method 0.3-43 508-652 166-324 Thomas [6] 736 Mercury piezometer 0.6-40 35-549 258-623 Haynes [7] 196 Magnetic suspension densimeter 0.6-37 493-741 90-300 Kratzke [8] 60 Isochoric method 2.2-61 441-565 247-491 Straty [9] 144 Burnett expansion (isochoric) 0.2-35 2-347 363-598 Claus [10] 130 Single-sinker densimeter 2.0-30 24-506 340-520 Glos [11] 72 Two-sinker densimeter 0.2-12 3-727 95-340 Kayukawa [12] 200 MPa. In this paper, the results of (p, ρ, T) measurements for propane using the same apparatus are presented for the compressed liquid phase for temperatures from 340 to 400 K at pressures up to 200 MPa.…”

“…On the other hand, comparatively new information for (p, ρ, T) property measurements were reported from 2002 to 2005 as summarized in Table I. These sets of accurate measurements from three sources were obtained by means of buoyancy methods (single-sinker densimeter below 30 MPa [10] and two-sinker densimeter below 12 MPa [11]) and vibrating tube densimeter below 7 MPa [12].…”