George V. Buxton

George V. Buxton's AcademicInfluence.com Rankings

George V. Buxton

Chemistry

#4277

World Rank

#5346

Historical Rank

chemistry Degrees

Download Badge

Chemistry

Why Is George V. Buxton Influential?

(Suggest an Edit or Addition)

(See a Problem?)

George V. Buxton's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

Critical Review of rate constants for reactions of hydrated electrons, hydrogen atoms and hydroxyl radicals (⋅OH/⋅O− in Aqueous Solution (1988) (9199)
Critical Review of rate constants for reactions of hydrated electronsChemical Kinetic Data Base for Combustion Chemistry. Part 3: Propane (1988) (517)
Re-evaluation of the thiocyanate dosimeter for pulse radiolysis (1995) (368)
Estimation of rate constants for near-diffusion-controlled reactions in water at high temperatures (1990) (220)
CAPRAM 2.4 (MODAC mechanism): An extended and condensed tropospheric aqueous phase mechanism and its application (2003) (191)
Rate constant for reaction of hydroxyl radicals with bicarbonate ions (1986) (128)
The reactivity of chlorine atoms in aqueous solution Part II.The equilibrium SO4-+Cl-ClNsbd+SO42- (1999) (128)
Radiation chemistry and photochemistry of oxychlorine ions. Part 2.—Photodecomposition of aqueous solutions of hypochlorite ions (1972) (127)
A study of the spectra and reactivity of oxysulphur-radical anions involved in the chain oxidation of S(IV): A pulse and γ-radiolysis study (1996) (111)
Reactivity of chlorine atoms in aqueous solution Part 1The equilibrium ClMNsbd+Cl-Cl2- (1998) (107)
The reactivity of chlorine atoms in aqueous solution. Part III. The reactions of Cl• with solutes (2000) (105)
Temperature dependence of the reactions OH + O–2 and OH + HO2 in water up to 200 °C (1992) (96)
Radiation chemistry and photochemistry of oxychlorine ions. Part 1.—Radiolysis of aqueous solutions of hypochlorite and chlorite ions (1972) (94)
Temperature dependence of the rate of reaction of OH with some aromatic compounds in aqueous solution. Evidence for the formation of a π-complex intermediate? (1995) (88)
Acid dissociation constant of the carboxyl radical. Pulse radiolysis studies of aqueous solutions of formic acid and sodium formate (1973) (79)
Reaction of SO4- withFe2+, Mn2+ and Cu2+ inaqueous solution (1997) (78)
The radiolysis of aqueous solutions of oxybromine compounds; the spectra and reactions of BrO and BrO2 (1968) (74)
Modeling of radiation spur processes in water at temperatures up to 300.degree. (1995) (64)
Critical Review of Rate Constants for Reactions of Transients from Metal Ions and Metal Complexes in Aqueous Solution (1995) (62)
The Reactivity Of Chlorine Atoms In Aqueous Solution (1970) (55)
Oxidation of glyoxal initiated by OH in oxygenated aqueous solution (1997) (54)
Reactions of some simple α- and β-hydroxyalkyl radicals with Cu2+ and Cu+ ions in aqueous solution. A radiation chemical study (1978) (54)
The radiation chemistry of metal ions in aqueous solution (1977) (53)
Evidence for a second kind of trapped electron in some deuterated aqueous glasses at low temperatures. A pulse radiolysis study (1976) (52)
Radiation-induced redox reactions of iodine species in aqueous solution. Formation and characterisation of III, IIV, IVI and IVIII, the stability of hypoiodous acid and the chemistry of the interconversion of iodide and iodate (1985) (50)
Ionisation constants of ˙OH and HO˙2 in aqueous solution up to 200 °C. A pulse radiolysis study (1988) (50)
Nanosecond pulse radiolysis of aqueous solutions containing proton and hydroxyl radical scavengers (1972) (48)
The Radiation Chemistry of Liquid Water: Principles and Applications (2006) (46)
Pulse radiolysis studies (1981) (44)
Pulse radiolysis of aqueous solutions. Rate of reaction of OH with OH (1970) (44)
Aromatic hydroxylation. 8. A radiation chemical study of the oxidation of hydroxycyclohexadienyl radicals (1986) (42)
Pulse radiolysis study of monovalent cadmium, cobalt, nickel and zinc in aqueous solution. Part 2.—Reactions of the monovalent ions (1976) (42)
Two types of localized excess electrons in crystalline D2O ice (1977) (42)
Pulse radiolysis of aqueous solutions. Some rates of reaction of OH and O– and pH dependence of the Yield of O–3 (1969) (39)
A Pulse Radiolysis Study of the Chemistry of Oxysulphur Radicals in Aqueous Solution (1990) (37)
On the possible role of the reaction H+H2O→H2+OH in the radiolysis of water at high temperatures (2005) (31)
Temperature dependence of the rate constant for the reaction H + OH in liquid water up to 200 °C (1993) (31)
Pulse radiolysis study of monovalent cadmium, cobalt, nickel and zinc in aqueous solution. Part 1.—Formation and decay of the monovalent ions (1975) (30)
Chapter 1 An overview of the radiation chemistry of liquids (2020) (30)
Modelling of linear energy transfer effects on track core processes in the radiolysis of water up to 300°C (1998) (27)
The radiation chemistry of aqueous solutions of sodium nitroprusside (1969) (26)
Pulse radiolysis of aqueous solids at 76 K. An absorption band in the infrared (1975) (26)
Radiation chemistry of aqueous solutions of hydrazine at elevated temperatures. Part 1.—Oxygen-free solutions (1996) (26)
RADIATION CHEMISTRY OF AQUEOUS SOLUTIONS OF HYDRAZINE AT ELEVATED TEMPERATURES . PART 2. SOLUTIONS CONTAINING OXYGEN (1997) (26)
Yield and decay of the hydrated electron in proton tracks. A pulse radiolysis study (1977) (26)
Pulse radiolysis of deuterated aqueous LiCl glasses. Dependence of the yields and rates of reaction of visible and infrared absorbing trapped electrons on LiCl concentration (1978) (26)
Reply to comment on the possible role of the reaction H+H2O→H2+OH in the radiolysis of water at high temperatures (2010) (25)
On the hydrolysis of iodine in alkaline solution: A radiation chemical study (2007) (25)
Radiation-induced dissolution of colloidal haematite (1982) (25)
AQUEOUS CHEMISTRY OF INORGANIC FREE RADICALS.1 V. THE USE OF CARBON MONOXIDE AS A SCAVENGER FOR HYDROXYL RADICALS GENERATED BY THE PHOTOLYSIS OF HYDROGEN PEROXIDE (1963) (24)
Electron trapping in glassy normal alcohols. Pulse radiolysis study at temperatures down to 6 K (1981) (23)
Oxidation of copper(I)–olefin complexes in aqueous solution by oxygen and hydrogen peroxide (1976) (22)
Reaction of peroxomonosulfate radical with manganese(II) in acidic aqueous solution. A pulse radiolysis study (1994) (22)
The Reactivity of Biogenic Monoterpenes towards OH· and SO4-· Radicals in De-Oxygenated Acidic Solution (2000) (22)
Disproportionation of CrV generated by the radiation-induced reduction of CrVI in aqueous solution containing formate: a pulse radiolysis study (1996) (22)
Radiation chemistry of dilute aqueous solutions of thallous ion. Formation of colloidal thallium and its catalysis of the reduction of water by (CH3)2ĊOH and CH3ĊHOH radicals (1982) (22)
Basic Radiation Chemistry of Liquid Water (1982) (22)
Nanosecond proton pulse radiolysis of aqueous solutions. Part 2.—Improved measurements and isotope effects (1981) (21)
Diffusion-kinetic modelling of the effect of temperature on the radiation chemistry of heavy water (2000) (21)
Aromatic hydroxylation by oxy-radicals — a possible model for hydroxylation catalysed by cytochrome P450 (1980) (20)
Low temperature pulse radiolysis of concentrated aqueous solutions. Evidence for trap-to-trap tunnelling in 50/50 v/v ethylene glycol + water and 10 mol dm–3 OH– aqueous solutions (1976) (18)
Investigation of the ˙NH2 radical in aqueous solution up to 200 °C by pulse radiolysis (1998) (18)
Electrons trapped in ethanol-water glasses at ultra-low temperatures (1981) (18)
Evaluation of the stability constant of Cl2˙–in neutral aqueous solution (1995) (18)
Use of the dichromate solution as a dosimeter for high dose and high dose rate (1996) (18)
Low temperature pulse radiolysis of concentrated aqueous solutions. Dry electron capture efficiencies and tunnelling processes of trapped electrons in 9.5 mol dm–3 LiCl and 10 mol dm–3 OH– solutions (1975) (18)
Oxidation of thiocyanate and iodide ions by hydrogen atoms in acid solutions. A pulse radiolysis study (1988) (17)
Radiation-induced redox reactions of iodine species in aqueous solution (1985) (17)
The reaction of the SO3·- radical with FeII in acidic aqueous solution—A pulse radiolysis study (1999) (17)
On the kinetics and mechanism of the oxidation of I− by OH/O− in alkaline aqueous solution (2006) (17)
Non-linear arrhenius behaviour of the rate constants of some activation-controlled reactions of the hydrated electron in the temperature range 20–200 °C (1992) (17)
Rate constants for the reactions of NO3∙, SO4∙- and Cl∙ radicals with formate and acetate esters in aqueous solution (2001) (16)
Radical and molecular yields in the γ-radiolysis of water. II. The potassium iodide-nitrous oxyde system in the pH range 0 to 14 (1965) (16)
Fast decay of the visible band electron in e-irradiated crystalline ice at low temperature: The isotope effects and the role of a mobile proton in the decay (1982) (16)
Mechanism of the oxidation of iron(II) by the azide radical (1976) (15)
Yields of trapped electrons in pulse irradiated aqueous LiCl Glasses at temperatures down to 6K (1978) (14)
Pulse radiolysis of titanium(III) and other metal(III) ions in the presence of formic acid (1973) (14)
Temperature dependence of the absorption spectrum of the methyl viologen cation radical and use of methyl viologen as a scavenger for estimating yields of the primary radicals in the radiolysis of high-temperature water (1989) (14)
Radiation chemical study of the reaction of Ni+, Co+ and Cd+ with N2O. Evidence for the formation of a hyperoxidised state by oxygen atom transfer (1973) (14)
Compilation of rate constants for the reactions of metal ions in unusual valency states (1978) (14)
KINETIC SALT EFFECTS ON REACTIONS OF THE SOLVATED ELECTRON IN METHANOL. (1967) (14)
Radiation chemistry of colloidal haematite and magnetite in water. Reductive dissolution by (CH3)2ĊOH radicals and FeIIEDTA (1983) (14)
Radiation chemistry of low-temperature aqueous glasses. Part 4.—Distinguishable electron traps in neutral and alkaline glasses (1970) (14)
Radiation‐Chemical Techniques (2008) (13)
Effect of temperature on the early stages of radiolysis. Part 1.—Pulse radiolysis of alkaline aqueous solutions between 300 and 77 K (1971) (13)
Radiation chemistry of aqueous solutions of hydrazine Part 3. The chain reaction in oxygenated solutions irradiated with 60Co γ-rays (1999) (12)
Failure of Arrhenius equation for hydroxyl radical–bicarbonate ion reaction above 100 °C (1981) (12)
High temperature water radiolysis (2001) (12)
Absorption spectrum of electrons trapped in single crystals of sucrose.: A pulse-radiolysis study in the temperature range 6–270 K (1980) (11)
Oxidation of CrIIIto CrVIinitiated by OHand SO4-in acidic aqueous solution A pulse radiolysis study (1997) (11)
The equilibrium NO3•+Cl-⇌NO3-+Cl•: A laser flash photolysis and pulse radiolysis study of the reactivity of NO3• with chloride ion in aqueous solution (1999) (11)
On electron trapping in glassy alcohols. A pulse radiolysis study of the effect of irradiation temperature (1979) (11)
Temperature dependence of trapped electrons in crystalline D2O ice from 77 to 6 k (1979) (11)
Electron reactions with thiosulphate ions at various ionic strengths (1984) (11)
Pulse radiolysis study of the reaction of SO5˙– with HO2˙ (1996) (11)
Critical review of reactions of hydrated electrons (1988) (10)
Application of time-dependent rate constant theory to reactions of solvated electrons. Reaction distances, rate constants and diffusion coefficients in concentrated aqueous solutions (1975) (10)
Nanosecond proton pulse radiolysis (1982) (9)
Aqueous chemistry of inorganic free radicals. VI. Effect of oxygen on the rate of photolysis of hydrogen peroxide in aqueous solutions containing carbon monoxide (1969) (9)
Isotopic effect in the radiolysis of water. Diffusion-kinetic modelling up to 300°C (2001) (8)
Formation of super-reduced Chromatium high-potential iron--sulphur protein in aqueous solution by pulse radiolysis. (1980) (8)
Formation of epoxides in the oxidation of β-hydroxyalkyl radicals by copper(II) in aqueous solution (1976) (7)
Electron tunnelling in aqueous LiCl at low temperatures. Evidence for tunnelling to acceptors via deep and shallow traps (1976) (7)
On the mechanism of the γ-radiolysis of deoxygenated aqueous solutions of hydrazine (2000) (7)
On the Chemistry of Inorganic Free Radicals in Cloud Water (2003) (7)
Radiation chemistry of D2O Time dependence of the yields of the radicals at ambient temperature and rate constants for the reactions OD+OD and D+OD up to 200°C (1998) (7)
THE EFFECT OF pH ON RADICAL AND MOLECULAR YIELDS IN THE RADIOLYSIS OF WATER. (1968) (7)
Reactivity of the hydrated electron and the hydroxyl radical with boric acid in aqueous solutions (1987) (6)
Free-radical-induced oxidation of hydroxymethanesulfonate in aqueous solution Part 1A pulse radiolysis study of the reactions of OHand SO4- (1997) (6)
PRIMARY RADICAL AND MOLECULAR YIELDS IN AQUEOUS SOLUTION THE EFFECT OF pH AND SOLUTE CONCENTRATION. (1968) (6)
Free-radical-induced oxidation of hydroxymethanesulfonate in aqueous solution Part 2A pulse and steady-state radiolysis study of oxygenated solutions (1997) (5)
Effect of temperature and composition on the absorption spectrum of trapped electrons in glassy mixtures of methanol and n-butanol . A pulse radiolysis study at temperatures down to 6 K (1981) (5)
Pulse radiolysis study of acrylonitrile in aqueous solution (1979) (5)
A rate equation for the reaction of trapped electrons in aqueous 6M NaOH glass at 77 K based on trap-to-trap migration and a fixed reaction distance (1979) (5)
On the radiation chemistry of methyl iodide in aqueous solution (2003) (5)
Evidence for infrared absorbing electrons in alkaline aqueous glasses. A pulse-radiolysis study at temperatures down to 6 K (1985) (4)
Effect of temperature and scavenging power on the sum of G(e-aq) + G(H) + G(ȮH) in the range 20–200°C—A pulse radiolysis study (1989) (4)
964. The photo-oxidation of water by ferric ion at 25° (1962) (4)
Measurement of Rate Constants for Radical Reactions in the Liquid Phase (1999) (4)
32. Assessment of the radiation chemistry of water at elevated temperatures (1989) (3)
Weiss lecture. Applications of the radiation chemistry of water: acid rain and nuclear power. (1991) (3)
The effect of temperature in the range 6–120 K on the reactions of trapped electrons in polar organic glasses (1983) (3)
Effect of temperature on the absorption of the electron in 3-methylpentane at temperatures from 77 to 110K: A pulse radiolysis study (1981) (3)
Rate Constants for Reactions of Transients from Metal Ions and Metal Complexes in Aqueous Solution (1995) (3)
The BrO radical in aqueous solution (1966) (3)
Kinetics of reactions of the hydrated electron; apparent conflicts between data from pulse radiolysis and steady-state experiments (1967) (2)
Removal and interconversions of oxidants in the atmospheric aqueous phase, part 2 (RINOXA 2). Progress report no. 1 (1997) (2)
Reactions of iron-sulfur proteins with the aquated electron (1982) (2)
Radical and molecular yields in the γ-radiolysis of water - V. The sodium hypobromite system (1968) (2)
Aromatic Hydroxylation. Part 8. A Radiation Chemical Study of the Oxidation of Hydroxycyclohexadienyl Radicals (1987) (1)
Radiation-induced reduction of vanadium(IV) to vanadium(II) in aqueous picolinate-formate solutions (1988) (1)
Electron yields and the early stages of radiolysis in aqueous systems (1971) (1)
Applications of Water Radiolysis in Inorganic Chemistry (1982) (1)
Reductive dissolution of colloidal ferrites by methyl viologen radicals (1989) (1)
Photochemical Sources and Reactions of Free Radicals in the Aqueous Phase (1996) (0)
PULSE RADIOLYSIS STUDY OF MONOVALENT CADMIUM, COBALT, NICKEL AND ZINC IN AQUEOUS SOLUTION. PART 2. REACTIONS OF THE MONOVALENT IONS (1976) (0)
The Reaction of S(V with some Degradation Products of a-pinene in Aqueous Solution. A contribution to subprqject CMD (2004) (0)
RECENT EXPERIMENTS ON STEADY STATE AND PULSE RADIOLYSIS OF ALKALINE AQUEOUS SYSTEMS. (1971) (0)
Evidence for IR Absorbing Electrons in Alkaline Aqueous Glasses. (1986) (0)
R&D PROGRAMME ENVIRONMENT AND CLIMATE (2000) (0)
Wastewater disinfection--toward a rational policy. (1979) (0)
The Reaction Of SO4 With Some Degradation Products Of Alpha-pinene In Aqueous Solution (1970) (0)
OXIDATION OF COPPER(I)-OLEFIN COMPLEXES IN AQUEOUS SOLUTION BY OXYGEN AND HYDROGEN PEROXIDE (1977) (0)
Free Radicals as a Source of Uncommon Oxidation States of Transition Metals (1999) (0)
Effect of temperature on the yields and reactions of solvated and 'dry' electrons in viscous aqueous media (1975) (0)

This paper list is powered by the following services:

What Schools Are Affiliated With George V. Buxton?

George V. Buxton is affiliated with the following schools:

University of Leeds

George V. Buxton's Academic­Influence.com Rankings

Why Is George V. Buxton Influential?

George V. Buxton's Published Works

Published Works

What Schools Are Affiliated With George V. Buxton?

George V. Buxton's AcademicInfluence.com Rankings