1. Measurements and Correlations of Density, Viscosity, and Vapor Pressure for Methyl Ricinoleate
- Author
-
Chen Ping, Duan Ying, Ruchao Gong, Jianbing Ji, Yong Nie, Meizhen Lu, Dongshun Deng, and Yu Shangzhi
- Subjects
Methyl ricinoleate ,chemistry.chemical_classification ,010405 organic chemistry ,Vapor pressure ,Chemistry ,General Chemical Engineering ,Analytical chemistry ,Fatty acid ,02 engineering and technology ,General Chemistry ,Atmospheric temperature range ,01 natural sciences ,0104 chemical sciences ,Viscosity ,020401 chemical engineering ,Methyl palmitate ,Organic chemistry ,0204 chemical engineering - Abstract
The density and viscosity of methyl ricinoleate were measured in the temperature range from (293.16 to 383.23) K and (298.23 to 358.15) K, respectively. The vapor pressure of methyl ricinoleate was determined using a static method in the temperature range of (451.58 to 476.80) K at the pressure between (232 and 868) Pa, and methyl palmitate was employed to examine the reliability of the experimental apparatus. The experimental data were compared with the open data for methyl ricinoleate and other fatty acid methyl esters with similar molecular weight. Temperature-dependence correlation equations for the density, viscosity, and vapor pressure were proposed.
- Published
- 2016