J. Goodings

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A density-functional study of the reaction of neutral scandium with water

Jingzhong Guo, J. Goodings, 2001 .

Ion chemistry of second-row transition metals in hydrocarbon flames: cations and anions of Y, Zr, Nb, and Mo

J. Goodings, C. Chow, 1995 .

METAL ION CHEMISTRY IN FLAMES

J. Goodings, 1992 .

Scandium ionization mechanisms in H2–O2–N2 flames supported by calculated thermodynamic data

Jingzhong Guo, J. Goodings, 2002 .

A density functional study of the structures and ionization energies of some scandium compounds with hydrogen and oxygen

Jingzhong Guo, J. Goodings, 2001 .

Flame-ion probe of intermediates leading to NOx in CH4O2N2 flames☆

D. Bohme, J. Goodings, G. DeBrou, 1980 .

What are the main gas-phase species formed by aluminum when added to a premixed flame?

A. Hayhurst, Jingzhong Guo, J. Goodings, 2007 .

Sulphur cation chemistry in a fuel-rich, CH4–O2 flame with OCS additive

J. Goodings, N. S. Karellas, 1986 .

The effects of applying electric fields on the mass spectrometric sampling of positive and negative ions from a flame at atmospheric pressure

Stephen G. Taylor, A. Hayhurst, J. Goodings, 2014 .

Current–voltage characteristics in a flame plasma: analysis for positive and negative ions, with applications

Stephen G. Taylor, A. Hayhurst, Jingzhong Guo, 2001 .

Recombination coefficients for H3O+ ions with electrons e− and with Cl−,Br− and I− at flame temperatures 1820–2400 K

Jingzhong Guo, J. Goodings, 2000 .

Ion chemistry of transition metals in hydrocarbon flames. I. Cations of Fe, Co, Ni, Cu, and Zn

J. Goodings, N. S. Karellas, Q. Tran, 1988 .

Ion chemistry of transition metals in hydrocarbon flames. II. Cations of Sc, Ti, V, Cr, and Mn

J. Goodings, N. S. Karellas, Q. Tran, 1988 .

Electrochemical diffusion potential in a flame plasma: theory and experiment

J. G. Laframboise, Jingzhong Guo, J. Goodings, 2002 .

In situ chemical ionization as a probe for neutral constituents upstream in a methane-oxygen flame

D. Bohme, J. Goodings, Chun-Wai Ng, 1977 .

Ionization of the group 3 metals La, Y and Sc in H2O2Ar flames

P. Patterson, J. Goodings, 1995 .

A density functional study of the hydration energies and proton affinities of some scandium compounds with hydrogen and oxygen

Jingzhong Guo, J. Goodings, 2001 .

Anion and cation chemistry of phosphoryl chloride as an electron scavenger in a fuel-rich, methane—oxygen flame

J. Horton, J. Goodings, P. Crovisier, 1992 .

Comparative sulphur cation chemistry in a hydrocarbon flame with H2S, OCS, and SO2 additives

J. Goodings, N. S. Karellas, 1986 .

Ion chemistry of phosphorus in hydrocarbon flames: Part 1. electron scavenging by negative ion formation

J. Goodings, Carl S. Hassanali, 1990 .

Ion chemistry of phosphorus in hydrocarbon flames

J. Goodings, Carl S. Hassanali, 1990 .

Magnesium chemistry in the gas phase: calculated thermodynamic properties and experimental ion chemistry in H2–O2–N2 flames

D. Bohme, J. Goodings, A. C. Hopkinson, 1999 .

The measurement of high proton affinities for a variety of metallic compounds: a new approach by flame-ion mass spectrometry

J. Goodings, Q. Chen, 1998 .

Hydrocarbon ions in fuel-rich, CH4–C2H2–O2 flames as a probe for the initiation of soot: interpretation of the ion chemistry

S. Tanner, D. Bohme, J. Goodings, 1982 .

Hydrocarbon ions in fuel-rich, CH4–C2H2–O2 flames as a probe for the initiation of soot: an experimental approach

S. Tanner, D. Bohme, J. Goodings, 1981 .

Detailed ion chemistry in methane-oxygen flames. Part 2. Negative ions

D. Bohme, J. Goodings, J. M. Goodings, 1979 .

Detailed ion chemistry in methaneoxygen flames. II. Negative ions

D. Bohme, J. Goodings, Chun-Wai Ng, 1979 .

Enhanced electron-ion recombination in hydrocarbon flames by metallic additives in relation to soot suppression

J. Goodings, N. S. Karellas, S. M. Graham, 1986 .

Metallic ions in hydrocarbon flames. I. Ion chemistry involving proton transfer reactions

J. Goodings, S. M. Graham, 1984 .

Positive ion probe of methane-oxygen combustion

D. Bohme, T. M. Sugden, J. Goodings, 1977 .

Flame-ion probe of the reaction zone in a CH4-02-Ar flame with added HCN, NH, and NO

D. Bohme, J. Goodings, G. D. Brou, 1981 .

J. Goodings, N. S. Karellas, 1984 .

Mass-Spectrometric Sampling of Ions from Flames at Atmospheric Pressure: The Effects of Applied Electric Fields and the Variation of Electric Potential in a Flame

A. Hayhurst, J. Goodings, S. Axford, 1998 .

A new flame-ion mass spectrometer: chemi-ionizatino of lanthanum observed in hydrogen—oxygen—argon flames

P. Patterson, J. Goodings, C. Chow, 1994 .

Kinetics of electron attachment to oxygen and water in flames

A. Hayhurst, J. Goodings, 1979, Nature.

Electron multiplier operation for negative ions

J. Goodings, J. M. Jones, D. Parkes, 1972 .

Mass-spectrometric investigation of the anions and cations in a hydrocarbon flame doped with sulphur/fluorine additives

J. Goodings, N. S. Karellas, 1989 .

Chemical kinetics of lanthanum ionization in H2–O2–N2 flames

J. Goodings, Q. Chen, 1999 .

Chemical kinetics and thermodynamics of tin ionization in H2-O2-N2 flames and the proton affinity of SnO

J. Goodings, Q. Chen, 1998 .

Chemical kinetics of yttrium ionization in H2O2N2 flames

J. Goodings, Q. Chen, 1998 .

A simple method for measuring positive ion concentrations in flames and the calibration of a nebulizer/atomizer

Jingzhong Guo, Stephen G. Taylor, A. Hayhurst, 2003 .

The halogens as electron scavengers in hydrocarbon flames

A. Hayhurst, J. Goodings, N. S. Karellas, 1989 .

Construction and properties of a simple atomizer

J. Goodings, W. J. Megaw, S. M. Graham, 1983 .

Sulphurous negative ions in a fuel-rich, CH4-O2 flame with OCS additive

D. Bohme, J. Goodings, K. Elguindi, 1983 .

Ionization in a methanol-oxygen flame

D. Bohme, J. Goodings, Chun-Wai Ng, 1979 .

Mass-spectrometric study of the production and recombination of BaOH+ ions and free electrons from barium added to flames of H2+ O2+ Ar

P. Patterson, A. Hayhurst, J. Goodings, 1995 .

Heat release and radical recombination in premixed fuel-lean flames of H2+ O2+ N2. Rate constants for H + OH + M → H2O + M and HO2+ OH → H2O + O2

A. Hayhurst, J. Goodings, 1988 .

Ion-ion recombination of H 3O + with I - and PO 3 - PO 2 - in flames

J. Goodings, C. Chow, 1996 .

Flame-ion chemistry of the lanthanide metals Ce, Pr and Nd

J. Goodings, M. Patricia, 1996 .

Considerations for ion density and temperature determinations in flames doped with alkali metals

J. Goodings, N. S. Karellas, 1987 .

Metallic ions in hydrocarbon flames. II. Mechanism for the reduction of C3H3+ by metals in relation to soot suppression

J. Goodings, S. M. Graham, 1984 .

Mass spectrometric calibration of an atomizer/nebulizer for doping flames or discharge plasmas

P. Patterson, J. Goodings, 1995 .

Comparison of electron scavengers in a hydrocarbon flame: anion formation with SF6, (CF3SO2)2O, SO2 and CH3Cl additives

J. Goodings, N. S. Karellas, Carl S. Hassanali, 1989 .

Sulphur anion chemistry in hydrocarbon flames with H2S, OCS, and SO2 additives

D. Bohme, J. Goodings, A. Fox, 1986 .

Plasma sampling diagnostics using ion kinetic energy distributions

C. H. Dugan, J. Goodings, J. Séguin, 1972 .

Ion Sampling Considerations for a Discharge Plasma of Nitrogen

D. Bohme, J. Goodings, 1966 .

Mass Spectrometric Sampling Probe for Discharge Plasmas

D. Bohme, J. Goodings, 1966 .

A Zeeman-modulated microwave spectrometer suitable for the study of free radicals

T. M. Sugden, J. Goodings, 1966 .

Electrostatic Probe Studies of the Nitrogen Pink Afterglow

Sin‐Li Chen, J. Goodings, 1969 .

Evaluation of an orifice probe for plasma diagnostics

J. G. Laframboise, S. Prokopenko, J. Goodings, 1972 .

Ion Current to a Langmuir Probe in Very Low Density Flowing Plasmas for Electron‐Density Determinations

Sin‐Li Chen, J. Goodings, 1968 .

Dissociative Electron Attachment Processes in SO2 and NO2

J. Goodings, D. A. Rallis, 1971 .

Ion chemistry of aluminum and boron in methane-oxygen flames

J. Horton, J. Goodings, P. Crovisier, 1992 .

Orifice probe for plasma diagnostics: II. Multi-parameter analysis

J. G. Laframboise, S. Prokopenko, J. Goodings, 1974 .

Absorption line profile for sinusoidal zeeman modulation of a microwave spectrometer

J. Goodings, 1966 .

THE NATURE OF THE CADMIUM IONS IN HYDROXIDE AND CARBONATE SOLUTIONS

P. E. Lake, J. Goodings, 1958 .

Orifice probe for plasma diagnostics: III. Experimental considerations

J. G. Laframboise, S. Prokopenko, J. Goodings, 1974 .