A. Fontijn

发表

Abel I. Fernandez, A. Fontijn, 2001 .

A flow-reactor mass-spectrometer investigation of the initiation steps of the O(3P) atom reaction with benzene

A. Fontijn, P. Bajaj, 1996 .

Chemiluminescence Techniques in Air Pollutant Monitoring

A. Fontijn, 1976 .

Gas-Phase Oxidation Kinetics of Toxic Metals at Incinerator Temperatures. The Reactions of Chromium Atoms with HCl, N2O, Cl2, and O2

A. Fontijn, P. Bajaj, Alan S. Blue, 1994 .

High-Temperature Photochemistry (HTP) Studies of the Reactions of Ground State Oxygen Atoms with Chloro-ethylenes

J. Hranisavljevic, A. Fontijn, G. Adusei, 1994 .

A kinetics study of the O(3P)+CH3Cl reaction over the 556–1485 K range by the HTP and LP-ST techniques

K. P. Lim, T. Ko, A. Fontijn, 1992 .

The metals-HTP technique: Kinetics of the Cr/O2/Ar reaction system from 290 to 1510 K

A. Fontijn, A. S. Narayan, A. Slavejkov, 1992 .

The Kinetics of the NH Reaction with H 2 and Reassessment of HNO Formation from NH + CO 2 , H 2 O

A. Fontijn, S. M. Shamsuddin, W. Anderson, 2015 .

Gas-Phase Metal Reactions.

A. Fontijn, 1995 .

Wide-temperature range observations on reactions of metal atoms and small radicals

A. Fontijn, 1998 .

Kinetics of Pb Reactions with N2O, Cl2, HCl, and O2at High Temperatures

A. Fontijn, B. Cosic, 2000 .

Modeling of Chromium Combustion in Incineration: Thermochemistry of Cr-C-H-Cl Combustion in Air and Selection of Key Reactions

A. Fontijn, O. Kashireninov, 1998 .

The Destruction of Nitric Oxide by Nitrogen Atoms from Plasma Jets

F. Weinberg, A. Fontijn, H. F. Behbahani, 1982 .

Chemical Scavenger Probes in Nonequilibrium Gasdynamics

D. E. Rosner, S. Kurzius, A. Fontijn, 1964 .

High‐temperature photochemistry and BAC‐MP4 studies of the reaction between ground‐state H atoms and N2O

P. Marshall, A. Fontijn, C. Melius, 1987 .

The H+NO recombination reaction over a wide temperature range

A. Fontijn, B. Cosic, Patrick Riley, 2003 .

An HTP kinetics study of the reaction between ground‐state H atoms and NH3 from 500 to 1140 K

P. Marshall, A. Fontijn, 1986 .

HTFFR measurement of the Al + NO + M → AlNO + M rate coefficient at 600 K

A. Fontijn, 1977 .

The reaction of O(3P) atoms with ethane: An HTP kinetics study from 300 to 1270 K

P. Marshall, A. Fontijn, K. Mahmud, 1988 .

High-temperature photochemistry kinetics study of the reaction hydrogen atom + nitrogen dioxide .fwdarw. hydroxyl + nitric oxide from 296 to 760 K

T. Ko, A. Fontijn, 1991 .

Rate coefficients for the hydrogen atom + ammonia reaction over a wide temperature range

T. Ko, P. Marshall, A. Fontijn, 1990 .

High-temperature photochemistry kinetics studies of the reactions of H(1 sup 2 S) and D(1 sup 2 S) with N sub 2 O

T. Ko, P. Marshall, A. Fontijn, 1989 .

CHEMI-IONIZATION AND CHEMILUMINESCENCE IN THE REACTION OF ATOMIC OXYGEN WITH C2H2, C2D2, AND C2H4,

W. J. Miller, A. Fontijn, J. Hogan, 1965 .

O(1D)/N2O branching ratio at 290 K

A. Fontijn, R. Pirkle, W. Felder, 1979 .

HTFFR kinetics studies of the Ge/N2O chemiluminescent reaction

A. Fontijn, W. Felder, 1980 .

HTFFR kinetics studies of the Al/SO2 reaction from 700 to 1600 K. Implications for D(Al–O)

A. Fontijn, W. Felder, 1979 .

HTFFR kinetics studies of Al+CO2→AlO+CO from 300 to 1900 K, a non‐Arrhenius reaction

A. Fontijn, W. Felder, 1977 .

Elementary Combustion Reaction Kinetics Measurements over Large Temperature Ranges. The HTFFR Technique.

A. Fontijn, 1976 .

Use of Laser-Induced Fluorescence for Fundamental Gas-Phase Kinetic Measurements A

A. Fontijn, 1983 .

Measurements on O(1D)/N2O and HNO2/O3 Kinetics.

A. Fontijn, R. Pirkle, W. Felder, 1977 .

Radiative lifetimes of metastable states of free radicals. I. NF b 1Σ

A. Fontijn, M. Clyne, Paul H. Tennyson, 1981 .

Book reviewChemistry of hydrocarbon combustion: David J. Hucknall, Chapman and Hall, London and New York, 1985, viii + 415 pp., $85.00

A. Fontijn, 1987 .

HTFFR kinetic studies of the fate of excited BaO formed in the Ba/N2O chemiluminescent reaction

A. Fontijn, R. Gould, W. Felder, 1977 .

Comparison of mechanisms leading to CO fourth positive system vacuum ultraviolet chemiluminescence

A. Fontijn, A. Goumri, Mai Randall, 1998 .

Wide Temperature Range Kinetics of Plume Reactions 6

A. Fontijn, A. Goumri, Mai Randall, 2022 .

A high temperature photochemistry kinetics study of the reaction of oxygen (3P) atoms with acetylene from 290 to 1510 K

P. Marshall, A. Fontijn, K. Mahmud, 1987 .

ADDITION OF n-BUTYL MERCAPTAN TO 1-PENTENE ON IRRADIATION WITH X-RAYS OR GAMMA RAYS: III. ENERGY DEPENDENCE, 140 KVP. TO 24.5 MEVP

J. Spinks, A. Fontijn, 1957 .

High-temperature fast-flow reactor studies ofmetal-atom oxidation kinetics

S. Kurzius, A. Fontijn, J. J. Houghton, 1973 .

Tubular Fast Flow Reactor for High Temperature Gas Kinetic Studies

S. Kurzius, A. Fontijn, J. Emerson, 1972 .

Spectrometric measurements of the kinetics of individual atom and radical reactions in the 300–1900 K temperature range

A. Fontijn, 1988 .

Kinetics of the NH reaction with H2 and reassessment of hno formation from NH + CO2, H2O

P. Marshall, A. Fontijn, W. Anderson, 2006 .

THE ALO + O2 REACTION SYSTEM OVER A WIDE TEMPERATURE RANGE

A. Fontijn, David P. Belyung, 1995 .

High-temperature fast-flow reactor kinetics studies of the reactions of aluminum monoxide with chlorine and hydrogen chloride over wide temperature ranges

A. Fontijn, A. Slavejkov, C. T. Stanton, 1990 .

High-Temperature Fast-Flow Reactor Kinetics Studies of the Reactions of Al with Cl₂, Al with HCl, and AlCl, with Cl₂ over Wide Temperature Ranges

P. Marshall, A. Fontijn, D. F. Rogowski, 1989 .

An HT FFR kinetics study of the reaction between AlCl and CO2 from 1175 to 1775 K

A. Fontijn, D. F. Rogowski, 1986 .

High temperature photochemistry, a new technique for rate coefficient measurements over wide temperature ranges: initial measurements on the O + CH4 reaction from 525–1250 K

A. Fontijn, W. Felder, 1979 .

Formation of electronically excited species in nitrogen atom-oxygen atom recombination reactions catalyzed by carbon compounds: NO(A2Sigma,B2PI) and O(1S)1

A. Fontijn, R. Ellison, 1968 .

HTFFR kinetics studies of Sn/N2O, a highly efficient chemiluminescent reaction

A. Fontijn, W. Felder, 1978 .

Temperature Dependence of the Kinetics of Elementary Combustion Reactions of Refractory Species

A. Fontijn, 1986 .

Additional HTFFR observations on chemiluminescent Sn‐oxidizer reactions

D. Manos, A. Fontijn, 1980 .

2 – High Temperature Flow Tubes. Generation and Measurement of Refractory Species

A. Fontijn, W. Felder, 1979 .

HTFFR KINETICS STUDIES OF TIN NITROUS OXIDE, A HIGHLY EFFICIENT CHEMILUMINESCENT REACTION

A. Fontijn, W. Felder, 1978 .

HTFFR kinetics studies: A chemiluminescence titration method for the determination of absolutes Sn concentrations

A. Fontijn, W. Felder, 1977 .

Hiffr kinetics studies. Temperature dependence of Al/O2 and AlO/O2 kinetics from 300 to 1700/1400 K

A. Fontijn, W. Felder, J. J. Houghton, 1977 .

High-temperature fast-flow reactor study of Sn/N2O chemiluminescence

A. Fontijn, W. Felder, 1975 .

Homogeneous and heterogeneous kinetics of the atomic Al/O2 reaction in the 1000–1700 K range

A. Fontijn, W. Felder, J. J. Houghton, 1975 .

Mechanism of CO fourth positive v u v chemiluminescence in the atomic oxygen reaction with acetylene. Production of C(3P, 1D)

S. E. Johnson, A. Fontijn, 1973 .

Absolute Quantum Yield Measurements of the NO–O Reaction and Its Use as a Standard for Chemiluminescent Reactions

Arthur Fontijn, A. Fontijn, H. Schiff, 1964 .

Mechanism of CN and NH Chemiluminescence in the N–O–C2H2 and O–NO–C2H2 Reactions

A. Fontijn, 1965 .

Recent progress in chemi-ionization kinetics

A. Fontijn, 1974 .

ADDITION OF n-BUTYL MERCAPTAN TO 1-PENTENE ON IRRADIATION WITH X-RAYS OR GAMMA RAYS: I. 140 KVP. X-RAYS

J. Spinks, A. Fontijn, 1957 .

Kinetics Studies of the O(3P) + CH2Cl2 and CHCl3 Reactions over the 468-1355 and 499-1090 K Ranges Using Two Techniques

K. P. Lim, J. Hranisavljevic, A. Fontijn, 1994 .

Mechanism of Chemiluminescence of Atomic‐Oxygen—Hydrocarbon Reactions. Formation of the Vaidya Hydrocarbon Flame Band Emitter

A. Fontijn, 1966 .

13 – Combustion and Flames

A. Fontijn, 1982 .

Gas-phase chemiluminescence and chemi-ionization

A. Fontijn, 1985 .

Chemi‐Ionization in the Room‐Temperature Reaction of Oxygen Atoms with Acetylene

A. Fontijn, G. Baughman, 1963 .

Activation barriers for series of exothermic homologous reactions. III: Reactions of s2 metal atoms with N2O and O2

A. Fontijn, P. Futerko, 1992 .

Reactions of small transient species : kinetics and energetics

A. Fontijn, M. Clyne, 1983 .

Activation barriers for series of exothermic homologous reactions. I. Metal atom reactions with N2O

A. Fontijn, P. Futerko, 1991 .

Metal ion-molecule kinetics at combustion temperatures: The reaction of Ca+ with O2

P. Marshall, A. Fontijn, B. Cosic, 2007 .

Activation barriers for series of exothermic homologous reactions. VI. Reactions of lanthanide and transition metal atoms.

A. Fontijn, Alan S. Blue, 2001 .

Activation barriers for series of exothermic homologous reactions. V. Boron group diatomic species reactions

A. Fontijn, Alan S. Blue, David P. Belyung, 1997 .

Activation barriers for series of exothermic homologous reactions. IV. Comparison of measurements to theory for reactions of s2p1 atoms with N2O

A. Fontijn, P. Futerko, David P. Belyung, 1995 .

Homogeneous Kinetics of Metal Species over Wide Temperature Ranges: Techniques, Measurements, and Correlations

A. Fontijn, P. Futerko, 1992 .

Radiative lifetimes of metastable states of free radicals. II. PF b 1Σ+ and CO a 3Π

F. Burden, A. Fontijn, M. Clyne, 1982 .

CHEMILUMINESCENT EMISSION OF CO FOURTH POSITIVE BANDS IN NITROGEN ATOM/OXYGEN ATOM/REACTIVE CARBON COMPOUND SYSTEMS.

William H. Smith, A. Fontijn, J. Hesser, 1970 .

A model of chemical releases leading to upper-atmospheric chemi-ion formation.

A. Fontijn, H. Pergament, 1967 .

Negative Ion Formation in the Atomic Oxygen – Acetylene Reaction

A. Fontijn, W. Miller, 1964, Nature.

CHEMI-IONIZATION IN THE REACTION BETWEEN C2F4 AND ATOMIC NITROGEN-ATOMIC OXYGEN MIXTURES.

A. Fontijn, P. H. Vree, 1967 .

Homogeneous chemiluminescent measurement of nitric oxide with ozone. Implications for continuous selective monitoring of gaseous air pollutants

A. Fontijn, A. Sabadell, R. Ronco, 1970 .

A Review of Experimental Measurement Methods Based on Gas-Phase Chemiluminescence

D. Golomb, A. Fontijn, J. Hodgeson, 1973 .

NO +O Chemiluminescent Reaction Using Adiabatically Expanded Nitric Oxide

D. E. Rosner, A. Fontijn, 1967 .

An HTP kinetics study of the reaction of O(3P) atoms with propylene over the 300 to 1215 K temperature range

A. Fontijn, K. Mahmud, 1989 .

Kinetic measurements on elementary fossil fuel combustion reactions over wide temperature ranges. Progress report, May 1, 1984--November 30, 1986

P. Marshall, A. Fontijn, K. Mahmud, 1986 .

Homogeneous gas phase chemiluminescence measurement of reactive hydrocarbon air pollutants by reaction with oxygen atoms

A. Fontijn, R. Ellison, 1975 .

A high-temperature photochemical kinetics study of the oxygen atom + hydrogen chloride reaction from 350 to 1480 K

Arthur Fontijn, Jong Sung Kim, A. Fontijn, 1990 .

Chemi-ionization reactions of photo-excited K atoms

A. Fontijn, R. Ellison, P. Fennelly, 1975 .

INFLUENCE OF TEMPERATURE ON RATE COEFFICIENTS OF BIMOLECULAR REACTIONS

A. Fontijn, R. Zellner, 1984 .

Wide temperature range kinetics of the gas-phase reactions of chloroborane (BCl) with sulfur dioxide, nitrous oxide, oxygen, and carbon dioxide

A. Fontijn, P. Futerko, A. Slavejkov, 1993 .

Experimental and transition-state theory studies of the gas-phase reactions of monochloroaluminum with nitrous oxide, carbon dioxide, and sulfur dioxide

A. Fontijn, P. Futerko, 1993 .

HTFFR kinetics studies of the reactions of AlCl and BCl with HCl at high temperatures

A. Fontijn, A. Slavejkov, 1990 .

A high-temperature photochemistry study of the reaction between ground-state copper atoms and nitrous oxide from 470 to 1340 K

A. Fontijn, P. Futerko, A. S. Narayan, 1992 .

Factors affecting the accuracy of rate coefficients of metal atom oxidation reactions in heated flow tubes

A. Fontijn, W. Felder, 1979 .

High-temperature fast-flow reactor kinetics study of the reaction between BCl and CO2 from 770 to 1830 K

A. Fontijn, P. Futerko, A. Slavejkov, 1991 .

The radiative lifetime of AlCl A 1Π

A. Fontijn, D. F. Rogowski, 1987 .

Ad-756 644 Kinetics of Metal Atom Oxidation Reactions

A. Fontijn, 2013 .

Kinetics of the reaction between O([sup 3]P) atoms and 1,3-butadiene between 280 and 1015 K

A. Fontijn, G. Adusei, 1993 .

CHEMICAL SCAVENGER PROBE STUDIES OF ATOM AND EXCITED MOLECULE REACTIVITY IN ACTIVE NITROGEN FROM A SUPERSONIC STREAM

D. E. Rosner, S. Kurzius, A. Fontijn, 1964 .

High‐temperature photochemistry reactor for kinetic studies of isolated elementary gas‐phase reactions

A. Fontijn, D. Voorhees, W. Felder, 1980 .

Chemiluminescent gas-phase reactions involving electronically excited oxygen molecules - Trimethyl-aluminum and diborane near 3 mtorr.

A. Fontijn, P. H. Vree, 1966 .

Wide-temperature range kinetics and CN(B-X) violet chemiluminescence of the C2(a3Π) + NO reaction

A. Fontijn, Aleksandra Ristanovic, A. Fernandez, 2002 .

Wide-temperature-range kinetics of the BO reactions with O2, HCl, and CO2, comparison to AlO reactions

John-David R. Rocha, A. Fontijn, G. T. Dalakos, 1998 .

Wide Temperature Range Kinetics of the O + CHF3 Reaction

Abel I. Fernandez, A. Fontijn, 2001 .

GAS-PHASE KINETICS FOR PROPELLANT COMBUSTION MODELING: REQUIREMENTS AND EXPERIMENTS

A. Fontijn, W. Anderson, 2005 .

Mechanism of the Chemiluminescent Emission of the CO Fourth Positive Bands in Active Nitrogen/CO Mixtures

A. Fontijn, R. Ellison, 1971 .

Kinetic and thermochemical studies of the recombination reaction sodium + oxygen + nitrogen from 590 to 1515 K by a modified high-temperature photochemistry technique

P. Marshall, A. Fontijn, A. S. Narayan, 1990 .

Tubular fast-flow reactor studies at high temperatures. 1. Kinetics of the Fe/O2 reaction at 1600°K

S. Kurzius, A. Fontijn, 1972 .

Laser-Induced Fluorescence and Mass Spectrometric Studies of the Cu + HCl Reaction over a Wide Temperature Range. Formation of HCuCl

J. Hranisavljevic, P. Marshall, A. Fontijn, 1996 .

Kinetics of the Sn(3P0) Reactions with CO2 and O2 over Wide Temperature Ranges

A. Fontijn, P. Bajaj, 1996 .

Transitions in Order and Molecularity with Temperature in Gaseous Metal Oxidation Reactions. The Sb-O2 System

A. Fontijn, B. Cosic, 2000 .

The O(3P) Methylacetylene Reaction over Wide Temperature and Pressure Ranges

A. Fontijn, G. Adusei, Andrienne Blue, 1996 .

HTP kinetics studies of the reactions of O(2 3PJ) atoms with H2 and D2 over wide temperature ranges

P. Marshall, A. Fontijn, 1987 .

CO Chemiluminescence and Kinetics of the C2 + O2 Reaction

Abel I. Fernandez, A. Fontijn, A. M. Randall, 2001 .

Kinetics of Iron and Aluminum Oxidation by Oxygen

S. Kurzius, A. Fontijn, 1971 .

Comparison of the Absolute Quantum Yields of the Gas-Phase O/NO Reaction and the Liquid-Phase Luminol Oxidation Chemiluminescence Intensity Standards*

A. Fontijn, John W. Lee, 1972 .

Pressure-dependence of the CO(d3Δ-a3Π) triplet bands chemiluminescence intensities from the O + C2H2 reaction: mechanistic implications

A. Fontijn, A. Goumri, P. E. Brock, 2000 .