The name is absent



Figure 2.6: Pure component parameters for the n-alkane series as a function of the molar
mass.


Mw [g'moɪ]


0 SO ICO (SO 200 250 300 3S0 400

Mw [g'mo∣∣


where parameter(k) is one of {r∏i∕Mwi,σi,ti∕k'). The coefficients of the correlations
are given in table 2.3. The correlations are also plotted in figure 2.6. These correla-
tions are used to extrapolate the parameters for higher alkanes.

parameter (k)

units

qp⅛

q⅛

qafc

m∕Mu,

mol∕g

3.626670923

0.44366558

0.373239091

σ

Â

0.045349657

-0.021681925

-0.001005353

e∕k

K

209.4657254

64.23483985

5.152948312

Table 2.3: Constants used in the correlation presented in Eq. (2.31) for the dependence of
SAFT-D parameters on molecular weight of n-alkanes.

Figure 2.7 compares experimental saturated liquid densities of tetracosane(n-
C24), triacontane(n-C30), and hexatriacontane(n-C36), with those calculated from
PC-SAFT and the new equation of state using extrapolated parameters. The new
EOS performs better than PC-SAFT and give reasonably accurate densities for all
three components in the range of temperature considered.

52



More intriguing information

1. Emissions Trading, Electricity Industry Restructuring and Investment in Pollution Abatement
2. A Multimodal Framework for Computer Mediated Learning: The Reshaping of Curriculum Knowledge and Learning
3. Shifting Identities and Blurring Boundaries: The Emergence of Third Space Professionals in UK Higher Education
4. The effect of globalisation on industrial districts in Italy: evidence from the footwear sector
5. Rent-Seeking in Noxious Weed Regulations: Evidence from US States
6. DISCUSSION: ASSESSING STRUCTURAL CHANGE IN THE DEMAND FOR FOOD COMMODITIES
7. L'organisation en réseau comme forme « indéterminée »
8. The name is absent
9. Yield curve analysis
10. EXPANDING HIGHER EDUCATION IN THE U.K: FROM ‘SYSTEM SLOWDOWN’ TO ‘SYSTEM ACCELERATION’