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Results: 1-16 |
Results: 16
THE OXYGEN SENSITIVITY OF ORGANIC MACROMOLECULE SORPTION BY ACTIVATEDCARBON - EFFECTS OF SOLUTION CHEMISTRY
Authors: KARANFIL T KILDUFF JE SCHLAUTMAN MA WEBER WJ
Citation: T. Karanfil et al., THE OXYGEN SENSITIVITY OF ORGANIC MACROMOLECULE SORPTION BY ACTIVATEDCARBON - EFFECTS OF SOLUTION CHEMISTRY, Water research, 32(1), 1998, pp. 154-164
EFFECTS OF SOLUTION CHEMISTRY ON THE PARTITIONING OF PHENANTHRENE TO SORBED SURFACTANTS
Authors: KO SO SCHLAUTMAN MA CARRAWAY ER
Citation: So. Ko et al., EFFECTS OF SOLUTION CHEMISTRY ON THE PARTITIONING OF PHENANTHRENE TO SORBED SURFACTANTS, Environmental science & technology, 32(22), 1998, pp. 3542-3548
PARTITIONING OF HYDROPHOBIC ORGANIC-COMPOUNDS TO SORBED SURFACTANTS -1 - EXPERIMENTAL STUDIES
Authors: KO SO SCHLAUTMAN MA CARRAWAY ER
Citation: So. Ko et al., PARTITIONING OF HYDROPHOBIC ORGANIC-COMPOUNDS TO SORBED SURFACTANTS -1 - EXPERIMENTAL STUDIES, Environmental science & technology, 32(18), 1998, pp. 2769-2775
PARTITIONING OF HYDROPHOBIC ORGANIC-COMPOUNDS TO SORBED SURFACTANTS -2 - MODEL DEVELOPMENT PREDICTIONS FOR SURFACTANT-ENHANCED REMEDIATIONAPPLICATIONS/
Authors: KO SO SCHLAUTMAN MA
Citation: So. Ko et Ma. Schlautman, PARTITIONING OF HYDROPHOBIC ORGANIC-COMPOUNDS TO SORBED SURFACTANTS -2 - MODEL DEVELOPMENT PREDICTIONS FOR SURFACTANT-ENHANCED REMEDIATIONAPPLICATIONS/, Environmental science & technology, 32(18), 1998, pp. 2776-2781
A DISTRIBUTED REACTIVITY MODEL FOR SORPTION BY SOILS AND SEDIMENTS .9. GENERAL ISOTHERM NONLINEARITY AND APPLICABILITY OF THE DUAL REACTIVEDOMAIN MODEL
Authors: HUANG WL YOUNG TM SCHLAUTMAN MA YU H WEBER WJ
Citation: Wl. Huang et al., A DISTRIBUTED REACTIVITY MODEL FOR SORPTION BY SOILS AND SEDIMENTS .9. GENERAL ISOTHERM NONLINEARITY AND APPLICABILITY OF THE DUAL REACTIVEDOMAIN MODEL, Environmental science & technology, 31(6), 1997, pp. 1703-1710
ADSORPTION OF ORGANIC MACROMOLECULES BY GRANULAR ACTIVATED CARBON .1.INFLUENCE OF MOLECULAR-PROPERTIES UNDER ANOXIC SOLUTION CONDITIONS
Authors: KARANFIL T KILDUFF JE SCHLAUTMAN MA WEBER WJ
Citation: T. Karanfil et al., ADSORPTION OF ORGANIC MACROMOLECULES BY GRANULAR ACTIVATED CARBON .1.INFLUENCE OF MOLECULAR-PROPERTIES UNDER ANOXIC SOLUTION CONDITIONS, Environmental science & technology, 30(7), 1996, pp. 2187-2194
ADSORPTION OF ORGANIC MACROMOLECULES BY GRANULAR ACTIVATED CARBON .2.INFLUENCE OF DISSOLVED-OXYGEN
Authors: KARANFIL T SCHLAUTMAN MA KILDUFF JE WEBER WJ
Citation: T. Karanfil et al., ADSORPTION OF ORGANIC MACROMOLECULES BY GRANULAR ACTIVATED CARBON .2.INFLUENCE OF DISSOLVED-OXYGEN, Environmental science & technology, 30(7), 1996, pp. 2195-2201
A DISTRIBUTED REACTIVITY MODEL FOR SORPTION BY SOILS AND SEDIMENTS .5. THE INFLUENCE OF NEAR-SURFACE CHARACTERISTICS IN MINERAL DOMAINS (VOL 30, PG 2993, 1996)
Authors: HUANG WL SCHLAUTMAN MA WEBER WJ
Citation: Wl. Huang et al., A DISTRIBUTED REACTIVITY MODEL FOR SORPTION BY SOILS AND SEDIMENTS .5. THE INFLUENCE OF NEAR-SURFACE CHARACTERISTICS IN MINERAL DOMAINS (VOL 30, PG 2993, 1996), Environmental science & technology, 30(12), 1996, pp. 3650-3650
A DISTRIBUTED REACTIVITY MODEL FOR SORPTION BY SOILS AND SEDIMENTS .5. THE INFLUENCE OF NEAR-SURFACE CHARACTERISTICS IN MINERAL DOMAINS
Authors: HUANG WL SCHLAUTMAN MA WEBER WJ
Citation: Wl. Huang et al., A DISTRIBUTED REACTIVITY MODEL FOR SORPTION BY SOILS AND SEDIMENTS .5. THE INFLUENCE OF NEAR-SURFACE CHARACTERISTICS IN MINERAL DOMAINS, Environmental science & technology, 30(10), 1996, pp. 2993-3000
IMPACTS OF DISSOLVED-OXYGEN ON THE SORPTION OF HUMIC SUBSTANCES AND THE SUBSEQUENT INHIBITION OF O-CRESOL UPTAKE BY GRANULAR ACTIVATED CARBON
Authors: KARANFIL T SCHLAUTMAN MA WEBER WJ
Citation: T. Karanfil et al., IMPACTS OF DISSOLVED-OXYGEN ON THE SORPTION OF HUMIC SUBSTANCES AND THE SUBSEQUENT INHIBITION OF O-CRESOL UPTAKE BY GRANULAR ACTIVATED CARBON, Water research, 28(7), 1994, pp. 1673-1678
ADSORPTION OF AQUATIC HUMIC SUBSTANCES ON COLLOIDAL-SIZE ALUMINUM-OXIDE PARTICLES - INFLUENCE OF SOLUTION CHEMISTRY
Authors: SCHLAUTMAN MA MORGAN JJ
Citation: Ma. Schlautman et Jj. Morgan, ADSORPTION OF AQUATIC HUMIC SUBSTANCES ON COLLOIDAL-SIZE ALUMINUM-OXIDE PARTICLES - INFLUENCE OF SOLUTION CHEMISTRY, Geochimica et cosmochimica acta, 58(20), 1994, pp. 4293-4303
ADSORPTION OF AQUATIC HUMIC SUBSTANCES ON COLLOIDAL-SIZE ALUMINUM-OXIDE PARTICLES - INFLUENCE OF SOLUTION CHEMISTRY
Authors: SCHLAUTMAN MA MORGAN JJ
Citation: Ma. Schlautman et Jj. Morgan, ADSORPTION OF AQUATIC HUMIC SUBSTANCES ON COLLOIDAL-SIZE ALUMINUM-OXIDE PARTICLES - INFLUENCE OF SOLUTION CHEMISTRY, Geochimica et cosmochimica acta, 58(20), 1994, pp. 4293-4303
EFFECTS OF AQUEOUS CHEMISTRY ON THE BINDING OF POLYCYCLIC AROMATIC-HYDROCARBONS BY DISSOLVED HUMIC MATERIALS - COMMENT
Authors: SCHLAUTMAN MA MORGAN JJ
Citation: Ma. Schlautman et Jj. Morgan, EFFECTS OF AQUEOUS CHEMISTRY ON THE BINDING OF POLYCYCLIC AROMATIC-HYDROCARBONS BY DISSOLVED HUMIC MATERIALS - COMMENT, Environmental science & technology, 28(2), 1994, pp. 367-367
SORPTION OF PERYLENE ON A NONPOROUS INORGANIC SILICA SURFACE - EFFECTS OF AQUEOUS CHEMISTRY ON SORPTION RATES
Authors: SCHLAUTMAN MA MORGAN JJ
Citation: Ma. Schlautman et Jj. Morgan, SORPTION OF PERYLENE ON A NONPOROUS INORGANIC SILICA SURFACE - EFFECTS OF AQUEOUS CHEMISTRY ON SORPTION RATES, Environmental science & technology, 28(12), 1994, pp. 2184-2190
EFFECTS OF AQUEOUS CHEMISTRY ON THE BINDING OF POLYCYCLIC AROMATIC-HYDROCARBONS BY DISSOLVED HUMIC MATERIALS
Authors: SCHLAUTMAN MA MORGAN JJ
Citation: Ma. Schlautman et Jj. Morgan, EFFECTS OF AQUEOUS CHEMISTRY ON THE BINDING OF POLYCYCLIC AROMATIC-HYDROCARBONS BY DISSOLVED HUMIC MATERIALS, Environmental science & technology, 27(5), 1993, pp. 961-969
BINDING OF A FLUORESCENT HYDROPHOBIC ORGANIC PROBE BY DISSOLVED HUMICSUBSTANCES AND ORGANICALLY-COATED ALUMINUM-OXIDE SURFACES
Authors: SCHLAUTMAN MA MORGAN JJ
Citation: Ma. Schlautman et Jj. Morgan, BINDING OF A FLUORESCENT HYDROPHOBIC ORGANIC PROBE BY DISSOLVED HUMICSUBSTANCES AND ORGANICALLY-COATED ALUMINUM-OXIDE SURFACES, Environmental science & technology, 27(12), 1993, pp. 2523-2532
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