E. J. Bowen | Academic Influence

E. J. Bowen's AcademicInfluence.com Rankings

E. J. Bowen

Chemistry

#1163

Historical Rank

Physical Chemistry

#268

Historical Rank

chemistry Degrees

E. J. Bowen

Earth Sciences

#2360

Historical Rank

earth-sciences Degrees

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Chemistry
Earth Sciences

Why Is E. J. Bowen Influential?

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According to Wikipedia, Edmund John Bowen FRS was a British physical chemist. Early life and wartime career E. J. Bowen was the eldest of four born to Edmund Riley Bowen and Lilias Bowen in 1898 in Worcester, England. He attended the Royal Grammar School Worcester.

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E. J. Bowen'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

The Effect of Temperature on Fluorescence of Solutions (1959) (137)
Luminescence of Solids (1952) (104)
The Chemical Aspects Of Light (1946) (89)
Resonance Transfer of Electronic Energy in Organic Crystals (1949) (88)
The photochemistry of anthracenes. Part 3.—Inter-relations between fluorescence quenching, dimerization, and photo-oxidation (1955) (82)
Fluorescence quenching in solution and in the vapour state (1954) (72)
The photo-oxidation of hydrocarbon solutions (1939) (54)
Fluorescence of solutions (1953) (49)
Photochemistry of anthracene. Part II.—The photochemical reaction of anthracence with carbon tetrachloride (1953) (48)
Luminescence in chemistry (1968) (48)
The quenching of anthracene fluorescence (1951) (42)
Fluorescence of Organic Compounds (1952) (41)
HYDROGEN BONDING OF EXCITED STATES (1962) (41)
Heterochromatic Photometry of the Ultra-Violet Region (1936) (35)
An Experimental Study of the Transfer of Energy of Excitation between Unlike Molecules in Liquid Solutions1 (1954) (35)
The emission spectra of aromatic hydrocarbons in crystalline paraffins at –180° (1955) (31)
Reactions in the liquid phase. Photochemistry of anthracene. Part 1.—The photo-oxidation of anthracene in solution (1953) (24)
Energy transfer in hydrocarbon solutions (1953) (23)
The fluorescence efficiencies of solutions of hydrocarbons (1937) (23)
The quenching of fluorescence in solution (1939) (19)
Energy transfer in rigid solvents (1955) (18)
The fluorescence spectra of coronene and 1 : 12-benzoperylene at low temperatures (1954) (17)
Fluorescence of Solid Anthracene (1947) (17)
Fluorescence and fluorescence quenching (1947) (15)
The Fluorescence of Naphthacene in Anthracene (1945) (15)
159. The photodecomposition of chlorine dioxide solutions (1932) (14)
233. The photo-oxidation of rubrene (1934) (14)
Crystal Size and Fluorescence Intensity (1949) (14)
Fluorescence of Solids (1938) (14)
15. Light filters for the mercury lamp (1932) (13)
The vapour phase reaction between hydrazine and oxygen (1951) (12)
Chemiluminescence in solution (1964) (12)
The enhancement of the fluorescence of vapours (1956) (11)
Chemi- and bioluminescence. (1972) (11)
CXLVIII.—Rate of photochemical change in solids (10)
Viscosity and temperature effects in fluorescence (1959) (10)
Bimolecular quenching processes in solution (1947) (9)
LXXI.—The action of light on chlorine dioxide (9)
The influence of physical conditions on the velocity of decomposition of certain crystalline solids (1921) (8)
XXXIV.—The photochemical interaction of acetaldehyde and oxygen (8)
27. The photochemical dimerisation of acenaphthylene (1947) (8)
Chemiluminescence from Dissolved Oxygen (1964) (7)
CXL.—The photochemical decomposition of nitrosyl chloride (7)
CCLXI.—The photochemical decomposition of chlorine monoxide (7)
Solvent quenching of the fluorescence of anthracene (1955) (7)
CXXXVII.—The photochemistry of unstable substances (7)
Part I.—Luminescence of liquids and vapours. Introductory paper. Fluorescence in solution (1939) (6)
Part II.: The mechanism of photochemical reactions. General discussion (6)
LXVII. The rate of chemical action in the crystalline state (1920) (6)
Discussion on Energy Distribution in Molecules in Relation to Chemical Reactions. Opening Address (1934) (5)
325. The photoreactions of liquid and dissolved ketones. Part I (1934) (5)
Light absorption and photochemistry (including photo-polymerisation and the effects of light on dyes) (1950) (5)
Charles Alfred Coulson, 1910-1974 (1974) (5)
Chemiluminescence of organic peroxide decomposition (1963) (4)
The dissociation theory and photochemical thresholds (4)
608. Temperature coefficients of fluorescence (1953) (4)
Trichotillomania and alopecia areata; psychocutaneous factors. (1956) (3)
The structure of simple molecules (1931) (3)
CCXVII.—The photochemical oxidation of ethyl alcohol by potassium dichromate. Part II (3)
Fluorescence quenching in solutions. (1947) (3)
Part I: Einstein's law of photochemical equivalence. General discussion (3)
The kinetics of the decomposition, in carbon tetrachloride solution, of ozone and of ozone-chlorine mixtures (1931) (3)
LIII.—The heats of solution and of decomposition of chlorine dioxide (3)
Quenching of Fluorescence by van der Waals Forces (1946) (3)
Fluorescence Spectra of Naphthacene Molecules in Solid Solution of Anthracene with the Variation of Wave-lengths (1944) (2)
644. The effect of viscosity on the fluorescence yield of solutions (1959) (2)
The Right Reverend John Wilkins, F. R. S (1960) (2)
CLI.—The photochemistry of the halogen hydrides (2)
Reversible Quenching by Oxygen of the Fluorescence of Polycyclic Hydrocarbons (1942) (2)
291. The photochemical oxidation of alcohols by potassium dichromate. Part IV (1931) (2)
CXLVIII.—A study of the chemiluminescence of phosphorus vapour (2)
CCX.—The photolysis of acetaldehyde and of acetone (2)
Sir Harold Hartley (1973) (1)
CCCXVI.—The photochemical oxidation of alcohols by the dichromate ion (1)
NEO-ERUPTIVE MICROANGIOMATOSIS TARDIVE SYSTEMATIZED (MICROTELANGIECTASIS ESSENTIAL PROGRESSIVE UNILATERAL), TOMMASI? (1964) (1)
XCVI. A note on the photoactivation of chlorine (1925) (1)
Physical states of aggregation. (1946) (1)
Theory and Interpretation of Fluorescence and Phosphorescence (1970) (1)
Fluorimeteric analysis. Fluorimeter design (1947) (1)
Recent Progress in Photobiology (1965) (1)
David Leonard Chapman, 1869-1958 (1958) (0)
Fluorescence and Phosphorescence (1950) (0)
Photometrisehe Meßmethoden (1936) (0)
Editorial: Wave-mechanics and organic photochemistry. (1975) (0)
PHOTOBIOLOGY NEWS (1965) (0)
Obituary: Sir Harold Hartley, G.C.V.O., C.H., C.B.E., M.C., F.R.S. (1972) (0)
Recent progress in photobiology : the proceedings of an International Congress held at Oxford, July 1964 under the auspices of the Comité Internationale de Photobiologie (1965) (0)
The Balliol-Trinity Laboratories, Oxford, 1853 - 1940 (1970) (0)
THE LUMINESCENCE OF ORGANIC SUBSTANCES (1952) (0)
CCLI.—Experiments on the oxidation of phosphorus vapour (0)
Who founded the R.S.? (1982) (0)
A method of making stream-lines momentarily visible (1941) (0)
The effect of biphenyl on the thermoluminescence of squalane (1972) (0)
Dalziel Llewellyn Hammick, 1887-1966 (1967) (0)
WAVE‐MECHANICS AND ORGANIC PHOTOCHEMISTRY (1975) (0)
Solvent quenching of fluorescence. (1947) (0)
26. Solvent quenching of fluorescence (1947) (0)
Fluorimeter design. (1947) (0)

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What Schools Are Affiliated With E. J. Bowen?

E. J. Bowen is affiliated with the following schools:

University of Oxford

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