Experimental cross virial coefficients for binary mixtures of carbon dioxide with nitrogen, methane and ethane at 300 and 320 K

Excess and unlike-Interaction second virial coefficients and excess molar enthalpy of (0.500CO + 0.500CO2)

“…Jaeschke et al (7) (referred to as the GERG group) have reviewed the published measurements on carbon dioxide and concluded that the studies of Michels and Michels (8) and of Michels et al (9) represented the most reliable and extensive measurements. Brugge et al (10) compared their two more recent measurements (at 300 K and 320 K) with earlier work and demonstrated excellent agreement with Michels and Michels.…”

Energy transfer dynamics and kinetics of elementary processes (promoted) by gas‐phase CO2‐N2 collisions: Selectivity control by the anisotropy of the interaction

“…The calculations evidence that quantum corrections are smaller than 1% even for temperature values as low as 200 K. A comparison of calculated B(T) values with experimental measurements over the temperature range 200 < T < 400 K is given in Figure 3. [58][59][60][61] The figure shows that both the bond-bond (predicted and optimized) results for rigid monomers well agree among them Figure 3. Second virial coefficients for the CO 2 -N 2 system: experimental data (circles, red, blue and green squares) are from Refs.…”

Second virial coefficients of fuel-gas components: (carbon monoxide + nitrogen) and (carbon monoxide + ethene)

“…For N 2 Jaeschke et al (2) having carried out a detailed analysis of the available values in this temperature range concluded that those of Roe (9) and of Michels et al (10) were consistent with a number of other studies and were the best measurements available. Brugge et al (11) also compared their two measurements with published values and found agreement with the work of Roe and of Michels et al The fitted equation by Jaeschke et al (2) is…”