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Index of papers by Author |
10th
European Meeting on Supercritical Fluids Reactions, Materials and
Natural Products Processing |
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Index of Authors |
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Caldera G., Universidad
de Carabobo (Venezuela) |
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N10 |
ANTIOXIDANT
ACTIVITY OF ROSEMARY EXTRACTS OBTAINED BY SUPERCRITICAL CARBON DIOXIDE
EXTRACTION. |
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Calvo L., Universidad Complutense de Madrid ( |
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Rb7 |
INACTIVATION OF FOOD
MICROORGANISMS BY PRESSURIZED CARBON DIOXIDE. |
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Rc4 |
TRANSALKYLATION
OF DIISOPROPYLBENZENE WITH BENZENE IN SUPERCRITICAL CARBON DIOXIDE. |
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Campo J., Institut de Ciencia de Materiales de Aragon-Zaragoza (Spain) |
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Mo8 |
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Cansell F., I.C.M.C.B., |
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Rw11 |
MODELING OF A
HETEROGENEOUS SUPERCRITICAL OXIDATION REACTOR. |
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Rw9 |
USE OF CFD FOR
THE DESIGN OF INJECTORS FOR SUPERCRITICAL WATER OXIDATION. |
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T1 |
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Mn8 |
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Mi5 |
METALLIC
COATING OF PARTICLES USING SUPERCRITICAL FLUID CHEMICAL DEPOSITION. |
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Mi3 |
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Capilla D., Universidad Complutense de Madrid ( |
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Rc4 |
TRANSALKYLATION OF DIISOPROPYLBENZENE WITH BENZENE IN
SUPERCRITICAL CARBON DIOXIDE. |
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Rc3 |
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Capolupo T., |
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N32 |
CONTINUOUS
FRACTIONATION OF FRIED OIL BY SUPERCRITICAL CO2 AND HEXANE. |
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Cardea S., |
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Mc6 |
LOADED
POLYMERIC MEMBRANES FORMATION USING A SUPERCRITICAL FLUID ASSISTED PROCESS. |
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Carrier D.-J., |
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Pw2 |
DESIGN AND OPTIMIZATION OF CONDITIONS FOR PROCESSING
WITH SUB-CRITICAL WATER. |
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Casimiro T., Universidade Nova de Lisboa (Portugal) |
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Mc5 |
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Rc1 |
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Casquinha L., I.S.E.L., Lisboa (Portugal) |
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N22 |
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Cavaleiro C., |
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N8 |
ISOLATION OF CRITHMUM
MARITIMUM VOLATILE OIL BY SUPERCRITICAL CARBON DIOXIDE EXTRACTION. |
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Cavani F., I.N.S.T.M., |
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Rc3 |
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Cepeda-Verdugo E., |
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Rw1 |
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Černcic S., |
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Mc3 |
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Cezac P., E.N.S.G.T.I., Pau (France) |
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Rw9 |
USE OF CFD FOR
THE DESIGN OF INJECTORS FOR SUPERCRITICAL WATER OXIDATION. |
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Chambrey S., |
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Rc6 |
THE
ROLE OF SUPERCRITICAL CARBON DIOXIDE IN THE SYNTHESIS OF ORGANIC CARBONATES. |
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Charbit G., University
of Aix en Provence (France) |
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Rw5 |
MODELLING
OF STIRRED DOUBLE SHELL REACTOR FOR THE DESIGN OF A SUPERCRITICAL PROCESS
PILOT FACILITY. |
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Chang L.-C., |
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Rw2 |
DECONTAMINATION
OF WASTEWATER CONTAINING ACETONE BY CONTINUOUS SUPERCRITICAL WATER OXIDATION. |
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Chen C.-N., |
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Mi8 |
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Chen Y.-S., Advanced Photon Source, |
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Mi9 |
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Cherchi F., Universita
di L’Aquila (Italy) |
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Mo2 |
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Chesney D., |
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T20 |
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Chevallier J., |
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Mi1 |
SYNTHESIS
OF NANOCRYSTALLINE ZrO2 IN NEAR- AND SUPERCRITICAL WATER. |
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Chiu Y.-H., |
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Rw2 |
DECONTAMINATION
OF WASTEWATER CONTAINING ACETONE BY CONTINUOUS SUPERCRITICAL WATER OXIDATION. |
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Clausen E.-C., |
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Pw2 |
DESIGN AND OPTIMIZATION OF CONDITIONS FOR PROCESSING
WITH SUB-CRITICAL WATER. |
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Clifford A.-A., Critical Processes Ltd., Roecliffe
( |
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Pw1 |
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Rc13 |
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Cloutet E., |
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Mo3 |
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Cocero M.-J., |
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Rw3 |
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Mo4 |
SUPERCRITICAL
ANTI-SOLVENT MICRONIZATION OF MANDELIC ACID: MATHEMATICAL MODELING AND
SCALE-UP. |
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Coelho J.-P., I.S.E.L., Lisboa (Portugal) |
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Rb6 |
BIOCATALYSIS
OF GLUCOSE-2 OXIDASE FROM CORIOLUS VERSICOLOR AT HIGH PRESSURES. |
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N22 |
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N18 |
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Costa D.-P., I.
S. E. L., Lisboa (Portugal) |
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Rb6 |
BIOCATALYSIS
OF GLUCOSE-2 OXIDASE FROM CORIOLUS VERSICOLOR AT HIGH PRESSURES. |
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Coussirat M., University Politècnica de Catalunya, Barcelona (Spain) |
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T11 |
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Couto R., Universidade Nova de Lisboa (Portugal) |
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T22 |
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Cravo C., ITQB,
Oeiras (Portugal) |
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Mn7 |
“GREEN” IMPREGNATION OF BIOPOLYMERS FOR
APPLICATION IN FOOD PACKAGING. |
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Cramail H., |
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Mo3 |
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Crommelin D.-J.A., Utrecht
Institute for Pharmaceutical Sciences (The |
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Mo20 |
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Cvačka J., |
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N15 |
BLACKCURRANT
OIL HYDROLYSIS IN SC-CO2 : EXPERIMENT AND MODEL. |
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