Matches in SemOpenAlex for { <https://semopenalex.org/work/W4383340868> ?p ?o ?g. }
- W4383340868 endingPage "122532" @default.
- W4383340868 startingPage "122532" @default.
- W4383340868 abstract "This study demonstrated a new procedure for measuring surface tension using molecular dynamics (MD) simulations. The surface tension was measured by the differential capillary rise method for refrigerant mixtures R1123/CF3I and R32/CF3I, which have a low global warming potential. The information of the saturated density in the low-temperature region, which was necessary for data reduction, was supplemented by an MD simulation, which was validated using accurate measurement data near the critical point. The surface tension calculated from the pressure tensor obtained by the MD simulation deviated considerably. However, the surface tension obtained from the simulated density and composition in the vapor and liquid phases by the parachor method was in agreement with the measured values within the measurement uncertainty ranges from 0.15 mNm−1 to 0.35 mNm−1. The simulated density distribution showed positive surface activity at the vapor–liquid interface, indicating that R32 and R1123, with smaller polarities, tended to aggregate on the liquid surface. This helps interpret the empirically postulated decrease in the surface tension of the mixtures due to the concentration of substances with lower surface tension at the vapor–liquid interface." @default.
- W4383340868 created "2023-07-07" @default.
- W4383340868 creator A5007853786 @default.
- W4383340868 creator A5017858684 @default.
- W4383340868 creator A5023575275 @default.
- W4383340868 creator A5067555109 @default.
- W4383340868 date "2023-09-01" @default.
- W4383340868 modified "2023-10-17" @default.
- W4383340868 title "Molecular simulation and experimental validation for surface tension of new Low-GWP refrigerant mixtures R32/CF3I and R1123/CF3I" @default.
- W4383340868 cites W1031578623 @default.
- W4383340868 cites W1509176071 @default.
- W4383340868 cites W156978493 @default.
- W4383340868 cites W1963936127 @default.
- W4383340868 cites W1970033659 @default.
- W4383340868 cites W1971449482 @default.
- W4383340868 cites W1972077926 @default.
- W4383340868 cites W1974704755 @default.
- W4383340868 cites W1975032640 @default.
- W4383340868 cites W1976161355 @default.
- W4383340868 cites W1980740847 @default.
- W4383340868 cites W1981366806 @default.
- W4383340868 cites W1986833033 @default.
- W4383340868 cites W1991794210 @default.
- W4383340868 cites W1992170588 @default.
- W4383340868 cites W1992591114 @default.
- W4383340868 cites W2000189968 @default.
- W4383340868 cites W2002234596 @default.
- W4383340868 cites W2004291098 @default.
- W4383340868 cites W2004500166 @default.
- W4383340868 cites W2006103873 @default.
- W4383340868 cites W2012458244 @default.
- W4383340868 cites W2013883627 @default.
- W4383340868 cites W2015688756 @default.
- W4383340868 cites W2017196167 @default.
- W4383340868 cites W2035971370 @default.
- W4383340868 cites W2039035988 @default.
- W4383340868 cites W2051381895 @default.
- W4383340868 cites W2055270497 @default.
- W4383340868 cites W2063511737 @default.
- W4383340868 cites W2063779505 @default.
- W4383340868 cites W2065464100 @default.
- W4383340868 cites W2069181636 @default.
- W4383340868 cites W2070312725 @default.
- W4383340868 cites W2076310859 @default.
- W4383340868 cites W2077517115 @default.
- W4383340868 cites W2080848715 @default.
- W4383340868 cites W2081713245 @default.
- W4383340868 cites W2087937302 @default.
- W4383340868 cites W2088898664 @default.
- W4383340868 cites W2091654157 @default.
- W4383340868 cites W2129288307 @default.
- W4383340868 cites W2143613254 @default.
- W4383340868 cites W2147993766 @default.
- W4383340868 cites W2148284063 @default.
- W4383340868 cites W2149298888 @default.
- W4383340868 cites W2151334055 @default.
- W4383340868 cites W2152792059 @default.
- W4383340868 cites W2297707088 @default.
- W4383340868 cites W2300061772 @default.
- W4383340868 cites W2324434421 @default.
- W4383340868 cites W2429161043 @default.
- W4383340868 cites W2463922225 @default.
- W4383340868 cites W2517941890 @default.
- W4383340868 cites W2626482507 @default.
- W4383340868 cites W2735481886 @default.
- W4383340868 cites W2770161174 @default.
- W4383340868 cites W2795213865 @default.
- W4383340868 cites W2904025250 @default.
- W4383340868 cites W2913167120 @default.
- W4383340868 cites W2947180545 @default.
- W4383340868 cites W2963634117 @default.
- W4383340868 cites W2974704700 @default.
- W4383340868 cites W2987041888 @default.
- W4383340868 cites W3025881741 @default.
- W4383340868 cites W3038622970 @default.
- W4383340868 cites W3040191310 @default.
- W4383340868 cites W3042172705 @default.
- W4383340868 cites W3042429420 @default.
- W4383340868 cites W3048332414 @default.
- W4383340868 cites W3081875149 @default.
- W4383340868 cites W3083141615 @default.
- W4383340868 cites W3135697379 @default.
- W4383340868 cites W3204591227 @default.
- W4383340868 cites W3210692338 @default.
- W4383340868 cites W4242458273 @default.
- W4383340868 cites W4281734139 @default.
- W4383340868 cites W4294025859 @default.
- W4383340868 cites W4295530493 @default.
- W4383340868 cites W4362693928 @default.
- W4383340868 cites W4382358731 @default.
- W4383340868 doi "https://doi.org/10.1016/j.molliq.2023.122532" @default.
- W4383340868 hasPublicationYear "2023" @default.
- W4383340868 type Work @default.
- W4383340868 citedByCount "0" @default.
- W4383340868 crossrefType "journal-article" @default.
- W4383340868 hasAuthorship W4383340868A5007853786 @default.
- W4383340868 hasAuthorship W4383340868A5017858684 @default.
- W4383340868 hasAuthorship W4383340868A5023575275 @default.