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http://hub.abes.fr/acs/periodical/enfuem/2004/volume_18/issue_2/101021ef034054g/authorship/2
http://hub.abes.fr/acs/periodical/enfuem/2005/volume_19/issue_3/101021ef049785a/authorship/3
http://hub.abes.fr/acs/periodical/jceaax/2003/volume_48/issue_5/101021je034086y/authorship/1
http://hub.abes.fr/acs/periodical/jceaax/2006/volume_51/issue_1/101021je0503047/authorship/1
http://hub.abes.fr/acs/periodical/jceaax/2006/volume_51/issue_5/101021je060233r/authorship/2
http://hub.abes.fr/acs/periodical/enfuem/2007/volume_21/issue_2/101021ef060461r/authorship/3
http://hub.abes.fr/acs/periodical/jceaax/2007/volume_52/issue_3/101021je7000107/authorship/3
http://hub.abes.fr/acs/periodical/jceaax/2003/volume_48/issue_5/101021je034041x/authorship/2
http://hub.abes.fr/acs/periodical/iecred/2004/volume_43/issue_16/101021ie0498089/authorship/1
http://hub.abes.fr/acs/periodical/jceaax/2005/volume_50/issue_5/101021je050212h/authorship/3
http://hub.abes.fr/acs/periodical/jceaax/2008/volume_53/issue_2/101021je700624q/authorship/3
http://hub.abes.fr/acs/periodical/jpcbfk/2003/volume_107/issue_22/101021jp027094e/authorship/1
http://hub.abes.fr/acs/periodical/jceaax/2005/volume_50/issue_3/101021je0495381/authorship/1
http://hub.abes.fr/acs/periodical/jpcbfk/2006/volume_110/issue_26/101021jp060198v/authorship/4
http://hub.abes.fr/acs/periodical/iecred/2007/volume_46/issue_14/101021ie070153w/authorship/4
http://hub.abes.fr/acs/periodical/jpccck/2008/volume_112/issue_12/101021jp7114274/authorship/2
http://hub.abes.fr/acs/periodical/jceaax/2006/volume_51/issue_6/101021je060309j/authorship/3
http://hub.abes.fr/acs/periodical/jceaax/2008/volume_53/issue_9/101021je800396v/authorship/2
http://hub.abes.fr/acs/periodical/jceaax/2007/volume_52/issue_2/101021je6005554/authorship/2
http://hub.abes.fr/acs/periodical/enfuem/2002/volume_16/issue_5/101021ef0200727/authorship/1
http://hub.abes.fr/acs/periodical/iecred/2008/volume_47/issue_22/101021ie800949k/authorship/2
http://hub.abes.fr/acs/periodical/jpccck/2007/volume_111/issue_9/101021jp068244e/authorship/2
http://hub.abes.fr/acs/periodical/enfuem/2005/volume_19/issue_4/101021ef050009s/authorship/4
http://hub.abes.fr/acs/periodical/jceaax/2008/volume_53/issue_12/101021je800552k/authorship/3
http://hub.abes.fr/acs/periodical/jpcbfk/2006/volume_110/issue_10/101021jp056503e/authorship/2
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Phase Equilibrium for Clathrate Hydrates Formed with Difluoromethane orKrypton, Each Coexisting with Propan-2-ol, 2-Methyl-2-propanol, or 2-Propanone
Phase Equilibrium and Crystallographic Structures of Clathrate Hydrates Formed in Methane + 2,2-Dimethylpentane + Water System
Phase Equilibrium for Structure II Hydrates Formed with Methylfluoride Coexisting with Cyclopentane, Fluorocyclopentane, Cyclopentene, or Tetrahydropyran
Phase Equilibrium Measurements and Crystallographic Analyses on Structure-H Type GasHydrate Formed from the CH4−CO2−Neohexane−Water System
Critical Size for Guest Molecules to Occupy Dodecahedral Cage of Clathrate Hydrates
Statistical Study of Clathrate-Hydrate Nucleation in a Water/HydrochlorofluorocarbonSystem: Search for the Nature of the “Memory Effect”
Phase Equilibrium for Structure-H Hydrate Formed with Krypton and2,2-Dimethylbutane
Clathrate Hydrate Formed with Methane and 2-Propanol: Confirmation of Structure II Hydrate Formation
Clathrate Hydrate Formation from Cyclopentane-in-Water Emulsions
Spectroscopic Measurements on Binary, Ternary, and Quaternary Mixed-GasMolecules in Clathrate Structures
Phase Equilibrium for Clathrate Hydrates Formed withDifluoromethane + either Cyclopentane or Tetra-n-butylammoniumBromide
Thermodynamic Simulations of IsobaricHydrate-Forming Operations: Formulation ofComputational Scheme and Its Application to HydrateFormation from a Methane + Ethane + Propane Mixture
Phase Equilibrium for Structure I and Structure H Hydrates Formed withMethylfluoride and Methylcyclohexane
Forming Structure-H Hydrates Using Water Spraying inMethane Gas: Effects of Chemical Species ofLarge-Molecule Guest Substances
Phase Equilibrium for Structure II Hydrates Formed with Krypton Co-existingwith Cyclopentane, Cyclopentene, or Tetrahydropyran
Predicting Thermodynamic Stability of Clathrate Hydrates Based on Molecular-DynamicsSimulations and Its Confirmation by Phase-Equilibrium Measurements
Hydrate Formation by Water Spraying in a Methane +Ethane + Propane Gas Mixture: An Attempt atPromoting Hydrate Formation Utilizing Large-MoleculeGuest Substances for Structure-H Hydrates
Phase Equilibrium for Structure-H Hydrates Formed with Methaneand either Pinacolone (3,3-Dimethyl-2-butanone) or PinacolylAlcohol (3,3-Dimethyl-2-butanol)
Crystal Lattice Size and Stability of Type H Clathrate Hydrates with VariousLarge-Molecule Guest Substances
Structure-I and Structure-H Hydrate Formation UsingWater Spraying
Clathrate Hydrate Formation by Water Spraying in a Methane +Ethane + Propane Gas Mixture: Search for the Rate-ControllingMechanism of Hydrate Formation in the Presence ofMethylcyclohexane
Viscosity of Aqueous CO2 Solutions Measured by Dynamic LightScattering
Phase Equilibrium for Clathrate Hydrates Formed with Difluoromethane orKrypton, Each Coexisting with Fluorocyclopentane
Phase Equilibrium for Structure-H Hydrates at Temperatures belowthe Freezing Point of Water
Phase Equilibrium for Clathrate Hydrates Formed with Methane, Ethane, Propane, or Carbon Dioxide at Temperatures below the Freezing Point of Water
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