International audienceIn this work, experimental hydrate dissociation data for the hydrogen sulfide + cyclohexane + water and methane + cyclohexane + water systems are reported in the temperature ranges of (288.3 to 298.2) K and (274.1 to 292.8) K, respectively. The experimental data were generated using an isochoric pressure search method. The hydrate dissociation data for the methane + cyclohexane + water system are compared with some selected experimental data from the literature, and the acceptable agreement demonstrates the reliability of the experimental method used in this work. The experimental data for both measured systems are finally compared with the corresponding experimental data in the absence of cyclohexane reported in the l...
In this work, four-phase hydrate equilibrium data for each of the systems cyclopentane (CP) + water ...
International audienceIn this communication, we report equilibrium data for carbonyl sulfide and hyd...
In this work, we reported experimental equilibrium data for binary acetone-hydrogen clathratc hydrat...
International audienceIn this work, experimental hydrate dissociation data for the hydrogen sulfide ...
International audienceIn this work, experimental hydrate dissociation data for the hydrogen sulfide ...
International audienceIn this communication, we report hydrate dissociation conditions for the metha...
International audiencePresented here are experimental hydrate dissociation pressures for the (hydrog...
International audienceExperimental hydrate dissociation pressures for the hydrogen sulfide + neohexa...
International audienceIn this communication, we first report hydrate dissociation conditions for the...
International audienceIn this work, experimental dissociation data for clathrate hydrates of isopent...
International audienceIn this work, experimental dissociation data for clathrate hydrates of methyl ...
International audienceIn this work, experimental dissociation data for the clathrate hydrates of tet...
CD-Rom ISBN : 978-0-8169-1058-6International audienceIn this communication, we report experimental d...
In present work, the phase equilibrium of methane + cyclopentane (CP) + timethylene sulfide (TMS) hy...
International audienceIn this work, experimental dissociation data for semi-clathrate hydrates of te...
In this work, four-phase hydrate equilibrium data for each of the systems cyclopentane (CP) + water ...
International audienceIn this communication, we report equilibrium data for carbonyl sulfide and hyd...
In this work, we reported experimental equilibrium data for binary acetone-hydrogen clathratc hydrat...
International audienceIn this work, experimental hydrate dissociation data for the hydrogen sulfide ...
International audienceIn this work, experimental hydrate dissociation data for the hydrogen sulfide ...
International audienceIn this communication, we report hydrate dissociation conditions for the metha...
International audiencePresented here are experimental hydrate dissociation pressures for the (hydrog...
International audienceExperimental hydrate dissociation pressures for the hydrogen sulfide + neohexa...
International audienceIn this communication, we first report hydrate dissociation conditions for the...
International audienceIn this work, experimental dissociation data for clathrate hydrates of isopent...
International audienceIn this work, experimental dissociation data for clathrate hydrates of methyl ...
International audienceIn this work, experimental dissociation data for the clathrate hydrates of tet...
CD-Rom ISBN : 978-0-8169-1058-6International audienceIn this communication, we report experimental d...
In present work, the phase equilibrium of methane + cyclopentane (CP) + timethylene sulfide (TMS) hy...
International audienceIn this work, experimental dissociation data for semi-clathrate hydrates of te...
In this work, four-phase hydrate equilibrium data for each of the systems cyclopentane (CP) + water ...
International audienceIn this communication, we report equilibrium data for carbonyl sulfide and hyd...
In this work, we reported experimental equilibrium data for binary acetone-hydrogen clathratc hydrat...