The triple point measurement procedure for pure CO2 (a–c) and HFC-32
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Eric MAY, University of Western Australia, Perth, UWA, Centre for Energy
PDF) Cryogenic Solid Solubility Measurements for HFC-32 + CO2 Binary Mixtures at Temperatures Between (132 and 217) K
Paul STANWIX, PhD, University of Western Australia, Perth, UWA, School of Mechanical and Chemical Engineering
Deviations ∆p = (pexp − pcalc) between the experimental vapour pressure
Mirhadi SEYYEDSADAGHIANI, Research Associate, Doctor of Philosophy, University of Western Australia, Perth, UWA, Fluid Science & Resources Division, Department of Chemical Engineering
Paul STANWIX, PhD, University of Western Australia, Perth, UWA, School of Mechanical and Chemical Engineering
The pressure–temperature (PT) diagram during the isochoric cooling of
PDF) Cryogenic Solid Solubility Measurements for HFC-32 + CO2 Binary Mixtures at Temperatures Between (132 and 217) K
The pressure–temperature (PT) diagram during the isochoric cooling of
Arman SIAHVASHI, Fulbright Postdoctoral Fellow, Doctor of Philosophy, Massachusetts Institute of Technology, MA, MIT, Hydrogen Technology and Energy Centre (HyTEC)Plasma Science and Fusion Center (PSFC)
Eric MAY, University of Western Australia, Perth, UWA, Centre for Energy
Paul STANWIX, PhD, University of Western Australia, Perth, UWA, School of Mechanical and Chemical Engineering
