Abstract
Gas--liquid equilibrium conditions in binary mixtures of hydrogen and thianaphthene were experimentally determined at temperature of 190 to 430/sup 0/C and pressures to 250 atm in a flow apparatus. The same apparatus was also employed to measure the vapor pressure of thianaphthene. Comparisons of the new mixture data with Chao--Seader and Grayson--Streed correlations show that both correlations predict the thianaphthene equilibrium ratios well but are in error by up to about 45 and 35% respectively for K-values of hydrogen. 4 figures, 2 tables.
Citation Formats
Sebastian, H M, Simnick, J J, Lin, H M, and Chao, K C.
Gas--liquid equilibria in mixtures of hydrogen and thianaphthene.
Canada: N. p.,
1978.
Web.
Sebastian, H M, Simnick, J J, Lin, H M, & Chao, K C.
Gas--liquid equilibria in mixtures of hydrogen and thianaphthene.
Canada.
Sebastian, H M, Simnick, J J, Lin, H M, and Chao, K C.
1978.
"Gas--liquid equilibria in mixtures of hydrogen and thianaphthene."
Canada.
@misc{etde_6401818,
title = {Gas--liquid equilibria in mixtures of hydrogen and thianaphthene}
author = {Sebastian, H M, Simnick, J J, Lin, H M, and Chao, K C}
abstractNote = {Gas--liquid equilibrium conditions in binary mixtures of hydrogen and thianaphthene were experimentally determined at temperature of 190 to 430/sup 0/C and pressures to 250 atm in a flow apparatus. The same apparatus was also employed to measure the vapor pressure of thianaphthene. Comparisons of the new mixture data with Chao--Seader and Grayson--Streed correlations show that both correlations predict the thianaphthene equilibrium ratios well but are in error by up to about 45 and 35% respectively for K-values of hydrogen. 4 figures, 2 tables.}
journal = []
volume = {56:6}
journal type = {AC}
place = {Canada}
year = {1978}
month = {Dec}
}
title = {Gas--liquid equilibria in mixtures of hydrogen and thianaphthene}
author = {Sebastian, H M, Simnick, J J, Lin, H M, and Chao, K C}
abstractNote = {Gas--liquid equilibrium conditions in binary mixtures of hydrogen and thianaphthene were experimentally determined at temperature of 190 to 430/sup 0/C and pressures to 250 atm in a flow apparatus. The same apparatus was also employed to measure the vapor pressure of thianaphthene. Comparisons of the new mixture data with Chao--Seader and Grayson--Streed correlations show that both correlations predict the thianaphthene equilibrium ratios well but are in error by up to about 45 and 35% respectively for K-values of hydrogen. 4 figures, 2 tables.}
journal = []
volume = {56:6}
journal type = {AC}
place = {Canada}
year = {1978}
month = {Dec}
}