D. Armstrong

发表

Hydrogen bonding and internal rotation barriers of glycine and its zwitterions (hypothetical) in the gas phase

A. Rauk, Dake Yu, D. Armstrong, 1992 .

The radiolysis of glyceraldehyde-3-phosphate dehydrogenase.

D. Armstrong, J. Buchanan, 1978, International journal of radiation biology and related studies in physics, chemistry, and medicine.

Radicals and ions of formic and acetic acids: an ab initio study of the structures and gas and solution phase thermochemistry

Dake Yu, Arvi Rauk, A. Rauk, 1994 .

Solution thermochemistry of the radicals of glycine

A. Rauk, Dake Yu, D. Armstrong, 1995 .

Electron capture by HCl trimers: an ab initio study

A. Rauk, D. Armstrong, 2005 .

Formation and repair of papain sulfenic acid.

D. Armstrong, G. M. Gaucher, W. S. Lin, 1975, Canadian journal of biochemistry.

Standard electrode potentials involving radicals in aqueous solution: inorganic radicals

W. Koppenol, G. Merényi, P. Wardman, 2013 .

GAS PHASE AND AQUEOUS THERMOCHEMISTRY OF HYDRAZINE AND RELATED RADICALS AND THE ENERGY PROFILES OF REACTIONS WITH H. AND OH.: AN AB INITIO STUDY

A. Rauk, Dake Yu, D. Armstrong, 1997 .

Electron and Ion Mobilities

D. Armstrong, G. Freeman, 1985 .

Carbonate radical anion — Thermochemistry

A. Rauk, D. Armstrong, W. L. Waltz, 2006 .

H-atom abstraction from thiols by C-centered radicals. A theoretical and experimental study of reaction rates

A. Rauk, C. Sonntag, D. Armstrong, 2002 .

Reactions of CO2˙– radicals with pterin and pterin-6-carboxylate ions

C. Schöneich, D. Armstrong, K. Asmus, 1991 .

Pulse radiolysis of lactate dehydrogenase.

D. Armstrong, C. Greenstock, J. Buchanan, 1977, International journal of radiation biology and related studies in physics, chemistry, and medicine.

Reduction of substituted flavins by .CO2- and cyclic disulphide anions.

D. Armstrong, P. S. Surdhar, 1987, International journal of radiation biology and related studies in physics, chemistry, and medicine.

Glutathione mediation of papain inactivation by hydrogen peroxide and hydroxyl radicals.

D. Armstrong, W. S. Lin, W. S. Lin, 1977, Radiation research.

Glycine Decarboxylation: The Free Radical Mechanism

D. Armstrong, K. Asmus, G. Hug, 1998 .

Mechanism of Radiolysis of Gaseous HBr

D. Armstrong, J. D. Chen, 1968 .

Evidence for Thermal Hydrogen‐Atom Reactions in Irradiated Gaseous HCl

D. Armstrong, R. A. Lee, R. Davidow, 1966 .

A pulse radiolysis study of zinc(II)-insulin.

D. Armstrong, F. Wilkinson, A. Elliot, 1980, International journal of radiation biology and related studies in physics, chemistry, and medicine.

The 60Co gamma-radiolysis of aqueous papain solutions: repair and protection by cysteine.

D. Armstrong, G. M. Gaucher, B. L. Mainman, 1971, Radiation research.

Oxidation of tryptophan and N-methylindole by N3.cntdot., Br2.-, and (SCN)2.- radicals in light- and heavy-water solutions: a pulse radiolysis study

D. Armstrong, N. Getoff, A. Singh, 1991 .

On the ultraviolet and visible absorption spectrum of CINO

D. Armstrong, N. M. Ballash, 1974 .

Potential energy barriers for dissociative attachment to HF.HF and HCl.HCl: Ab initio study

A. Rauk, D. Armstrong, 2003 .

Carboxyl Free Radicals: Formyloxyl (HCOO.bul.) and Acetyloxyl (CH3COO.bul.) Revisited

A. Rauk, Dake Yu, D. Armstrong, 1994 .

REACTIONS OF O‐2, H2O2 AND OTHER OXIDANTS WITH SULFHYDRYL ENZYMES‡

D. Armstrong, J. Buchanan, 1978, Photochemistry and photobiology.

Changes in optical density, amino acid composition, and fluorescence of papain inactivated by hydroxyl radicals and hydrogen peroxide.

J. Clement, D. Armstrong, W. S. Lin, 1977, Radiation research.

Electron capture reactions in mixtures of HBr and H2S

D. Armstrong, S. S. Nagra, 1978 .

Redox potentials of some sulfur-containing radicals

D. Armstrong, P. S. Surdhar, 1986 .

C−H Bond Dissociation Energies of Alkyl Amines: Radical Structures and Stabilization Energies§

Dake Yu, Arvi Rauk, A. Rauk, 1997 .

Resonance Raman spectra and structure of phenylthiyl radical

R. H. Schuler, Q. Sun, D. Chipman, 1992 .

The reduction of lumiflavin by EDTA radicals and evidence for association of EDTA with flavinsemiquinone

K. Schmidt, D. Armstrong, W. Mulac, 1988 .

Free radical inactivation of lactate dehydrogenase.

D. Armstrong, J. Buchanan, 1976, International journal of radiation biology and related studies in physics, chemistry, and medicine.

Chapter 3 Decomposition of halides and derivatives

D. Armstrong, J. Holmes, 1972 .

Radiolysis of gaseous hydrogen bromide: The effects of pressure, bromine and an applied electric field

D. Armstrong, R. A. Lee, 1968 .

Mechanism of Hydrogen Formation by Electrons in x‐ or γ‐Irradiated Gaseous HCl

D. Armstrong, R. Davidow, 1968 .

Ion lifetimes in irradiated gaseous HCl

D. Armstrong, R. Back, 1967 .

The determination of W-beta and absorbed dose in gamma-irradiated HCl, HBr, and SF6.

D. Armstrong, R. Davidow, 1966, Radiation Research.

EFFECTS OF CHLORINE AND BROMINE ON THE RADIOLYSIS OF GASEOUS HCl

D. Armstrong, R. A. Lee, R. Davidow, 1964 .

EVIDENCE FOR THERMAL HYDROGEN ATOMS AND OTHER REACTIVE SPECIES IN IRRADIATED LIQUID HYDROGEN HALIDES

D. Armstrong, R. Rumfeldt, 1964 .

HYDROGEN FORMATION IN γ-IRRADIATED HYDROGEN CHLORIDE

D. Armstrong, 1962 .

Aminoalkyl and alkylaminium free radicals and related species: structures, thermodynamic properties, reduction potentials, and aqueous free energies

A. Rauk, Dake Yu, D. Armstrong, 1993 .

Radiolysis of Gaseous Hydrogen Halides

D. Armstrong, R. A. Lee, 1963, Nature.

THE RADIOLYSIS OF HCl-HBr MIXTURES

D. Armstrong, R. Rumfeldt, 1963 .

Excited states in the radiation chemistry of gaseous diatomic hydrides

D. Armstrong, C. Willis, 1976 .

Low pressure anomalies in the dosimetry and radiolysis of gases with high intensity electron pulses.

O. A. Miller, D. Armstrong, C. Willis, 1969, Radiation research.

60Co γ-RADIOLYSIS OF HYDROGEN HALIDES AT 77 °K

D. Armstrong, R. Rumfeldt, 1966 .

Threshold energies for dissociative electron attachment to HBr.HX clusters with different HX partners: an ab initio study

A. Rauk, D. Armstrong, 2005 .

Homogeneous ion combination coefficients in sulphur hexafluoride

D. Armstrong, W. Quiring, D. E. Wilson, 1976 .

RADIATION-INDUCED ADDITION OF HBr TO C2H4 IN THE GASEOUS STATE

J. Spinks, D. Armstrong, 1959 .

Toward Site Specificity of Oxidative Damage in Proteins: C−H and C−C Bond Dissociation Energies and Reduction Potentials of the Radicals of Alanine, Serine, and Threonine ResiduesAn ab Initio Study

A. Rauk, A. Rauk, D. Armstrong, 1997 .

Radicals and Ions of Glycine: An ab Initio Study of the Structures and Gas-Phase Thermochemistry

Dake Yu, Arvi Rauk, A. Rauk, 1995 .

A surprisingly complex aqueous chemistry of the simplest amino acid. A pulse radiolysis and theoretical study on H/D kinetic isotope effects in the reaction of glycine anions with hydroxyl radicals.

I. Ljubić, D. Armstrong, K. Asmus, 2009, Physical chemistry chemical physics : PCCP.

Aminoalkyl and Alkylaminium Free Radicals and Related Species: Structures, Thermodynamic Properties, Reduction Potentials, and Aqueous Free Energies.

A. Rauk, Dake Yu, D. Armstrong, 1993 .

Applications of Pulse Radiolysis for the Study of Short-Lived Sulphur Species

D. Armstrong, 1990 .

Formation of lipoamide anion radicals by hydroxyl, formate and alcohol radicals at pH 6–9

Zhennan Wu, R. Ahmad, D. Armstrong, 1984 .

The repair, protection and sensitization of papain with respect to inactivation by H2O2 and OH: effects of dithiothreitol, penicillamine, cystine and penicillamine disulphide.

D. Armstrong, M. Lal, G. M. Gaucher, 1975, International journal of radiation biology and related studies in physics, chemistry, and medicine.

Repairable and nonrepairable inactivation of irradiated aqueous papain: effects of OH, O2-minus, eaq-minus, and H2O2-1.

J. Clement, D. Armstrong, G. M. Gaucher, 1975, Radiation research.

The cobalt-60 gamma radiolysis of cysteine in deaerated aqueous solutions at pH values between 5 and 6.

D. Armstrong, M. Lal, V. Wilkening, 1968, The Journal of physical chemistry.

EFFECTS OF PH IN THE GAMMA-RADIOLYSIS OF AQUEOUS SOLUTIONS OF CYSTEINE AND METHYL MERCAPTAN,

D. Armstrong, V. Wilkening, 1964 .

Reduction potential of the carboxyl radical anion in aqueous solutions

S. Mezyk, D. Armstrong, David A. Armstrong, 1989 .

Standard electrode potentials involving radicals in aqueous solution: inorganic radicals (IUPAC Technical Report)

Branko Ruscic, Robert E. Huie, W. Koppenol, 2015 .

THE REACTION OF ACTIVE NITROGEN WITH MERCURY DIETHYL

D. Armstrong, C. A. Winkler, 1956 .

THE REACTION OF ACTIVE NITROGEN WITH AZOMETHANE

D. Armstrong, C. A. Winkler, 1955 .

Reactions of lumiflavin and lumiflavin radicals with .CO2- and alcohol radicals.

R. Ahmad, D. Armstrong, Z. Wu, 1983, Biochemistry.

The Rydberg spectroscopy of methyl chloride

D. Armstrong, D. Salomon, D. T. Truch, 1979 .

Kinetic isotope effect for hydrogen abstraction by OH radicals from normal and carbon-deuterated ethyl alcohol and methylamine in aqueous solutions

D. Armstrong, K. Asmus, M. Bonifačić, 2003 .

β-Fragmentation and Other Reactions Involving Aminyl Radicals from Amino Acids

D. Armstrong, K. Asmus, I. Carmichael, 2000 .

Ion mobilities and collision frequencies in gaseous CH3Cl, HCl, HBr, H2S, NO, and SF6: effects of polarity of the gas molecules

D. Armstrong, E. S. Sennhauser, 1980 .

Ion mobilities in gaseous ammonia

D. Armstrong, E. S. Sennhauser, 1978 .

The lifetimes of gas phase CO2˙− and N2O˙− calculated from the transition probability of the autodetachment process A− → A + e−

A. Rauk, Dake Yu, D. Armstrong, 1994 .

RADIATION CHEMISTRY OF GASEOUS OXYGEN: EXPERIMENTAL AND CALCULATED YIELDS.

D. Armstrong, M. J. Young, C. Willis, 1970 .

Pressure dependence of the rate of ion neutralization

D. Armstrong, 1982 .

The temperature dependence of three-body electron ion recombination in gaseous H2O, NH3 and CO2

J. Warman, D. Armstrong, E. S. Sennhauser, 1980 .

Three body electron–ion recombination in molecular gases

John M. Warman, J. Warman, D. Armstrong, 1979 .

Ion neutralisation rates in gaseous ammonia

D. Armstrong, E. S. Sennhauser, 1978 .

The onset of diffusion control for ion-ion neutralization in ammonia vapor

D. Armstrong, F. Wilkinson, E. S. Sennhauser, 1980 .

Mobilities and collision cross sections of Cl− ⋅ nH2O ions in argon, krypton, and xenon

D. Armstrong, A. Jówko, 1982 .

LOW TEMPERATURE IRRADIATION OF MIXTURES OF HBr AND C2H4

J. Spinks, D. Armstrong, 1959 .

Carbon Tetrachloride as an Electron Scavenger in Hydrogen Bromide

D. Armstrong, D. R. McCracken, 1971 .

Energetics and dynamics of the neutralization of clustered ions in ammonia and water vapour

D. Armstrong, E. S. Sennhauser, 1978 .

The electron—ion recombination coefficient in CO2 and NH3. Deviations from a linear density dependence at elevated pressures

J. Warman, D. Armstrong, U. Sowada, 1982 .

Mobilities of ions in irradiated CO2, N2O, SF6 and mixtures of SF6 with Xe and Ar

D. Armstrong, A. Jówko, 1982 .

Space charge and wall effects in a non-attaching gas

D. Armstrong, E. S. Sennhauser, 1977 .

An Ionization Chamber Study of Electron and Ion Decay in Irradiated Ammonia

D. Armstrong, D. R. McCracken, 1973 .

ION LIFETIMES IN GASEOUS AMMONIA.

D. Armstrong, D. E. Wilson, 1971 .

The structures and relative energies of formamide (H2NCHO) and radical ions H2NCHO·+, H2NCOH·+ and H3NCO·+

A. Rauk, Dake Yu, D. Armstrong, 1996 .

Ion recombination processes in the formation of krypton fluoride

S. Mezyk, D. Armstrong, R. Cooper, 1984 .

Structures, binding energies, and thermodynamic functions of NH4+, NH3•+, and their H2O complexes

A. Rauk, Dake Yu, D. Armstrong, 1993 .

Hydrogen forming reactions of thermal electrons in hydrogen halides: kinetics and thermodynamics

D. Armstrong, S. S. Nagra, 1976 .

Reactions of Hot Hydrogen Atoms in Gaseous Hydrogen Chloride and Hydrogen Bromide

D. Armstrong, N. M. Ballash, D. K. Jardine, 1973 .

The transition probability of electron loss from anions in the gas phase: The lifetime of O2 ⋅−

A. Rauk, Dake Yu, D. Armstrong, 1992 .

An ab initio study of linear XH-HX hydrogen halide anions

A. Rauk, D. Armstrong, 2002 .

Electron capture reactions in mixtures of hydrochloric acid and hydrobromic acid

D. Armstrong, S. S. Nagra, 1977 .

Electron affinities and thermodynamic properties of some triatomic species

A. Rauk, Dake Yu, D. Armstrong, 1992 .

Concerning the density and temperature dependence of the electron mobility in high-pressure CO2

J. Warman, D. Armstrong, U. Sowada, 1981 .

Mechanisms of thermal electron capture by hydrochloric and hydrobromic acids

D. Armstrong, S. S. Nagra, 1975 .

Toxicity of the herbicides 2,4-D, DEF, propanil and trifluralin to the Dungeness crab,Cancer magister

R. Caldwell, D. Armstrong, R. E. Millemann, 1979, Archives of environmental contamination and toxicology.

H-atom abstraction by thiyl radicals from peptides and cyclic dipeptides. A theoretical study of reaction ratesElectronic supplementary information (ESI) available: ZPEs, BDE corrections, tunneling factors and ?G(solv). See http://www.rsc.org/suppdata/cp/b3/b307031j/

A. Rauk, C. Sonntag, D. Armstrong, 2003 .

H-Atom abstraction by C-centered radicals from cyclic and acyclic dipeptides. A theoretical and experimental study of reaction rates

A. Rauk, C. Sonntag, D. Armstrong, 2003 .

Glutathione radical: Intramolecular H abstraction by the thiyl radical

A. Rauk, J. Bergès, D. Armstrong, 2001 .

Reactions of OH, CH2OH, Br2−, and (CNS)2− Free Radicals with Cysteine at pH 5.3

D. Armstrong, G. C. Goyal, 1975 .

PRIMARY PRODUCTS IN THE IRRADIATION OF AQUEOUS SOLUTIONS WITH X- OR $gamma$- RAYS

F. Dainton, D. Armstrong, E. Hayon, 1959 .

The γ-radiolysis of cysteine in deaerated 1 N HClO4 solutions

D. Armstrong, M. Lal, V. Wilkening, 1967 .

Radical and molecular yields in solutions of acrylamide in light and heavy water irradiated with 60Co γ-rays

F. Dainton, D. Armstrong, E. Collinson, 1959 .

Absolute Rate Constants and Yields of Transients from Hydroxyl Radical and H Atom Attack on Glycine and Methyl-Substituted Glycine Anions

D. Armstrong, K. Asmus, M. Bonifačić, 2001 .

Fast Decarboxylation of Aliphatic Amino Acids Induced by 4-Carboxybenzophenone Triplets in Aqueous Solutions. A Nanosecond Laser Flash Photolysis Study

D. Armstrong, G. Hug, M. Bonifačić, 2000 .

Cysteine-sensitised formation and repair of mixed disulfide in the oxidation of papain by H2O2 and OH radicals

D. Armstrong, M. Lal, G. M. Gaucher, 1976 .

Pulse Radiolysis of Aqueous Papain

J. Clement, D. Armstrong, N. Klassen, 1972 .

Wall effects on concentrations of reactive intermediates in gaseous systems

D. Armstrong, D. P. Jackson, 1971 .

Gas Phase Free Energies of Formation and Free Energies of Solution ofαC-Centered Free Radicals from Alcohols: A Quantum Mechanical-Monte Carlo Study

A. Rauk, D. Armstrong, D. Block, 1999 .

Oxidation of Tryptophan and N‐Methylindole by N× 3, Br×‐ 2, and (SCN)×‐ 2 Radicals in Light‐ and Heavy‐Water Solutions: A Pulse Radiolysis Study.

D. Armstrong, N. Getoff, S. Solar, 1991 .

Oxidative damage to the glycyl α-carbon site in proteins: an ab initio study of the C—H bond dissociation energy and the reduction potential of the C-centered radical

Dake Yu, A. Rauk, A. Rauk, 1996 .

Thiyl radical oxidation of copper(I): formation and spectra of oxidized copper thiolates

D. Armstrong, A. Leu, 1986 .

Disulfide anion radical equilibria: effects of -NH3+, -CO2–, -NHC(O)- and -CH3 groups

S. Mezyk, D. Armstrong, 1999 .

The effect of pH and complexation on redox reactions between RS• radicals and flavins

R. Ahmad, D. Armstrong, 1984 .

Effects of superoxide dismutase, dithiothreitol and formate ion on the inactivation of papain by hydroxyl and superoxide radicals in aerated solutions.

D. Armstrong, M. Lal, W. S. Lin, 1978, International journal of radiation biology and related studies in physics, chemistry, and medicine.

Reduction Potentials and Kinetics of Electron Transfer Reactions of Phenylthiyl Radicals: Comparisons with Phenoxyl Radicals1

R. H. Schuler, Q. Sun, D. Armstrong, 1996 .

Reduction potentials and exchange reactions of thiyl radicals and disulfide anion radicals

D. Armstrong, P. S. Surdhar, 1987 .

Oxidative Damage to and by Cysteine in Proteins: An ab Initio Study of the Radical Structures, C−H, S−H, and C−C Bond Dissociation Energies, and Transition Structures for H Abstraction by Thiyl Radicals

A. Rauk, Dake Yu, D. Armstrong, 1998 .

Is Oxidative Damage by β-Amyloid and Prion Peptides Mediated by Hydrogen Atom Transfer from Glycine α-Carbon to Methionine Sulfur within β-Sheets?

D. Fairlie, A. Rauk, D. Armstrong, 2000 .

Gas and solution phase thermochemistry and transition energies of NH2• and NH3•+, and their aquo complexes: an ab initio study

A. Rauk, Dake Yu, D. Armstrong, 1994 .

Oxidation of Tetrahydropterins (I) by Azide Radical and the Spectra of Trihydropterin Radicals

D. Armstrong, P. S. Surdhar, M. Farahani, 1991 .

On the thermodynamics of peptide oxidation: anhydrides of glycine and alanine1

Dake Yu, Arvi Rauk, Mats Jonsson, 1998 .

Redox Systems with Sulphur-Centered Species

D. Armstrong, 1990 .

Kinetics of oxidation of Cu(I) complexes of cysteine and penicillamine: nature of intermediates and reactants at pH 10.0

S. Mezyk, D. Armstrong, 1989 .

One-electron oxidation of dihydroflavin

D. Armstrong, P. S. Surdhar, 1985 .

The dependence of the photochemically induced reduction of lumiflavin on pH, light intensity, and concentration of sulphydryl compounds

D. Armstrong, P. S. Surdhar, 1985 .

Kinetics of Oxidation of Cu(I) Complexes of Cysteine and Penicillamine: Nature of Intermediates and Reactants at pH 10.0.

S. Mezyk, D. Armstrong, 1989 .

Kinetics of the acetone-photosensitized addition of HBr to ethylene

D. Armstrong, K. Wong, 1969 .

Reactions of lumiflavin with amine radicals

D. Armstrong, D. Bader, P. S. Surdhar, 1985 .

Electron attachment in ice-HCl clusters: an ab initio study.

A. Rauk, D. Armstrong, Xifeng Li, 2005, The journal of physical chemistry. A.