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Results: 1-8 |
Results: 8
FULL-SCALE EVALUATION OF IN-SITU COMETABOLIC DEGRADATION OF TRICHLOROETHYLENE IN GROUNDWATER THROUGH TOLUENE INJECTION
Authors: MCCARTY PL GOLTZ MN HOPKINS GD DOLAN ME ALLAN JP KAWAKAMI BT CARROTHERS TJ
Citation: Pl. Mccarty et al., FULL-SCALE EVALUATION OF IN-SITU COMETABOLIC DEGRADATION OF TRICHLOROETHYLENE IN GROUNDWATER THROUGH TOLUENE INJECTION, Environmental science & technology, 32(1), 1998, pp. 88-100
A NOVEL MEANS TO DEVELOP STRAIN-SPECIFIC DNA PROBES FOR DETECTING BACTERIA IN THE ENVIRONMENT
Authors: MATHESON VG MUNAKATAMARR J HOPKINS GD MCCARTY PL TIEDJE JM FORNEY LJ
Citation: Vg. Matheson et al., A NOVEL MEANS TO DEVELOP STRAIN-SPECIFIC DNA PROBES FOR DETECTING BACTERIA IN THE ENVIRONMENT, Applied and environmental microbiology, 63(7), 1997, pp. 2863-2869
MICROBIAL SUCCESSION DURING A FIELD-EVALUATION OF PHENOL AND TOLUENE AS THE PRIMARY SUBSTRATES FOR TRICHLOROETHENE COMETABOLISM
Authors: FRIES MR HOPKINS GD MCCARTY PL FORNEY LJ TIEDJE JM
Citation: Mr. Fries et al., MICROBIAL SUCCESSION DURING A FIELD-EVALUATION OF PHENOL AND TOLUENE AS THE PRIMARY SUBSTRATES FOR TRICHLOROETHENE COMETABOLISM, Applied and environmental microbiology, 63(4), 1997, pp. 1515-1522
IN-SITU BTEX BIOTRANSFORMATION UNDER ENHANCED NITRATE-REDUCING AND SULFATE-REDUCING CONDITIONS (VOL 31, PG 28, 1997)
Authors: REINHARD M SHANG S KITANIDIS PK ORWIN E HOPKINS GD LEBRON CA
Citation: M. Reinhard et al., IN-SITU BTEX BIOTRANSFORMATION UNDER ENHANCED NITRATE-REDUCING AND SULFATE-REDUCING CONDITIONS (VOL 31, PG 28, 1997), Environmental science & technology, 31(5), 1997, pp. 1580-1580
IN-SITU BTEX BIOTRANSFORMATION UNDER ENHANCED NITRATE-REDUCING AND SULFATE-REDUCING CONDITIONS
Authors: REINHARD M SHANG S KITANIDIS PK ORWIN E HOPKINS GD LEBRON CA
Citation: M. Reinhard et al., IN-SITU BTEX BIOTRANSFORMATION UNDER ENHANCED NITRATE-REDUCING AND SULFATE-REDUCING CONDITIONS, Environmental science & technology, 31(1), 1997, pp. 28-36
FIELD-EVALUATION OF IN-SITU AEROBIC COMETABOLISM OF TRICHLOROETHYLENEAND 3 DICHLOROETHYLENE ISOMERS USING PHENOL AND TOLUENE AS THE PRIMARY SUBSTRATES
Authors: HOPKINS GD MCCARTY PL
Citation: Gd. Hopkins et Pl. Mccarty, FIELD-EVALUATION OF IN-SITU AEROBIC COMETABOLISM OF TRICHLOROETHYLENEAND 3 DICHLOROETHYLENE ISOMERS USING PHENOL AND TOLUENE AS THE PRIMARY SUBSTRATES, Environmental science & technology, 29(6), 1995, pp. 1628-1637
MICROCOSM AND IN-SITU FIELD STUDIES OF ENHANCED BIOTRANSFORMATION OF TRICHLOROETHYLENE BY PHENOL-UTILIZING MICROORGANISMS
Authors: HOPKINS GD SEMPRINI L MCCARTY PL
Citation: Gd. Hopkins et al., MICROCOSM AND IN-SITU FIELD STUDIES OF ENHANCED BIOTRANSFORMATION OF TRICHLOROETHYLENE BY PHENOL-UTILIZING MICROORGANISMS, Applied and environmental microbiology, 59(7), 1993, pp. 2277-2285
TRICHLOROETHYLENE CONCENTRATION EFFECTS ON PILOT FIELD-SCALE IN-SITU GROUNDWATER BIOREMEDIATION BY PHENOL-OXIDIZING MICROORGANISMS
Authors: HOPKINS GD MUNAKATA J SEMPRINI L MCCARTY PL
Citation: Gd. Hopkins et al., TRICHLOROETHYLENE CONCENTRATION EFFECTS ON PILOT FIELD-SCALE IN-SITU GROUNDWATER BIOREMEDIATION BY PHENOL-OXIDIZING MICROORGANISMS, Environmental science & technology, 27(12), 1993, pp. 2542-2547
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