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Results: 1-9 |
Results: 9
ANALYSIS OF AIRBORNE CARBOXYLIC-ACIDS AND PHENOLS AS THEIR PENTAFLUOROBENZYL DERIVATIVES - GAS-CHROMATOGRAPHY ION-TRAP MASS-SPECTROMETRY WITH A NOVEL CHEMICAL-IONIZATION REAGENT, PFBOH
Authors: CHIEN CJ CHARLES MJ SEXTON KG JEFFRIES HE
Citation: Cj. Chien et al., ANALYSIS OF AIRBORNE CARBOXYLIC-ACIDS AND PHENOLS AS THEIR PENTAFLUOROBENZYL DERIVATIVES - GAS-CHROMATOGRAPHY ION-TRAP MASS-SPECTROMETRY WITH A NOVEL CHEMICAL-IONIZATION REAGENT, PFBOH, Environmental science & technology, 32(2), 1998, pp. 299-309
ATMOSPHERIC PHOTOOXIDATION OF ALKYLBENZENES .1. CARBONYL PRODUCT ANALYSES
Authors: YU JZ JEFFRIES HE SEXTON KG
Citation: Jz. Yu et al., ATMOSPHERIC PHOTOOXIDATION OF ALKYLBENZENES .1. CARBONYL PRODUCT ANALYSES, Atmospheric environment, 31(15), 1997, pp. 2261-2280
ATMOSPHERIC PHOTOOXIDATION OF ALKYLBENZENES .2. EVIDENCE OF FORMATIONOF EPOXIDE INTERMEDIATES
Authors: YU JZ JEFFRIES HE
Citation: Jz. Yu et He. Jeffries, ATMOSPHERIC PHOTOOXIDATION OF ALKYLBENZENES .2. EVIDENCE OF FORMATIONOF EPOXIDE INTERMEDIATES, Atmospheric environment, 31(15), 1997, pp. 2281-2287
SENSITIVITY OF OZONE TO MODEL GRID RESOLUTION .1. APPLICATION OF HIGH-RESOLUTION REGIONAL ACID DEPOSITION MODEL
Authors: JANG JCC JEFFRIES HE BYUN D PLEIM JE
Citation: Jcc. Jang et al., SENSITIVITY OF OZONE TO MODEL GRID RESOLUTION .1. APPLICATION OF HIGH-RESOLUTION REGIONAL ACID DEPOSITION MODEL, Atmospheric environment, 29(21), 1995, pp. 3085-3100
SENSITIVITY OF OZONE TO MODEL GRID RESOLUTION .2. DETAILED PROCESS ANALYSIS FOR OZONE CHEMISTRY
Authors: JANG JCC JEFFRIES HE TONNESEN S
Citation: Jcc. Jang et al., SENSITIVITY OF OZONE TO MODEL GRID RESOLUTION .2. DETAILED PROCESS ANALYSIS FOR OZONE CHEMISTRY, Atmospheric environment, 29(21), 1995, pp. 3101-3114
SIMPLE MANEUVER TO PROVOKE BENIGN NEONATAL SLEEP MYOCLONUS
Authors: ALFONSO I PAPAZIAN O AICARDI J JEFFRIES HE
Citation: I. Alfonso et al., SIMPLE MANEUVER TO PROVOKE BENIGN NEONATAL SLEEP MYOCLONUS, Pediatrics, 96(6), 1995, pp. 1161-1163
IDENTIFYING AIRBORNE CARBONYL-COMPOUNDS IN ISOPRENE ATMOSPHERIC PHOTOOXIDATION PRODUCTS BY THEIR PFBHA OXIMES USING GAS-CHROMATOGRAPHY ION-TRAP MASS-SPECTROMETRY
Authors: YU JZ JEFFRIES HE LELACHEUR RM
Citation: Jz. Yu et al., IDENTIFYING AIRBORNE CARBONYL-COMPOUNDS IN ISOPRENE ATMOSPHERIC PHOTOOXIDATION PRODUCTS BY THEIR PFBHA OXIMES USING GAS-CHROMATOGRAPHY ION-TRAP MASS-SPECTROMETRY, Environmental science & technology, 29(8), 1995, pp. 1923-1932
INHIBITION OF ODD OXYGEN PRODUCTION IN THE CARBON BOND 4 AND GENERIC REACTION SET MECHANISMS
Authors: TONNESEN S JEFFRIES HE
Citation: S. Tonnesen et He. Jeffries, INHIBITION OF ODD OXYGEN PRODUCTION IN THE CARBON BOND 4 AND GENERIC REACTION SET MECHANISMS, Atmospheric environment, 28(7), 1994, pp. 1339-1349
A COMPARISON OF 2 PHOTOCHEMICAL-REACTION MECHANISMS USING MASS-BALANCE AND PROCESS ANALYSIS
Authors: JEFFRIES HE TONNESEN S
Citation: He. Jeffries et S. Tonnesen, A COMPARISON OF 2 PHOTOCHEMICAL-REACTION MECHANISMS USING MASS-BALANCE AND PROCESS ANALYSIS, Atmospheric environment, 28(18), 1994, pp. 2991-3003
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