J. Mayne

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Anodic polarization as a possible rapid method of deciding whether a given solution is corrosive or inhibitive

P. Hancock, J. Mayne, 2007 .

14.3 – The Mechanism of the Protective Action of Paints

J. Mayne, 1994 .

Ionic conduction in polymer films: II. Inhomogeneous structure of varnish films

J. Mayne, J. Scantlebury, 1970 .

Nature of the Oxide Film Present on Iron after Inhibition in 0·05 M Chromate Solutions

P. Ridgway, J. Mayne, 1974 .

The corrosion of aluminium in solutions of sodium fluoride and sodium chloride

K. F. Lorking, J. Mayne, 1966 .

Ionic conduction in polymer films I. Influence of electrolyte on resistance

J. Mayne, E. Kinsella, 1969 .

The inhibition of the corrosion of iron in alkaline solutions

J. Mayne, D. Gilroy, 1966 .

Corrosion of Aluminium

J. E. O. Mayne, K. F. Lorking, J. Mayne, 2007 .

Inhibition of the Corrosion of Mild Steel by Zinc Potassium Chromate

J. Mayne, J. Golden, 1978 .

The problem of painting rusty steel

J. Mayne, 1959 .

The breakdown of the air-formed oxide film on iron upon immersion in solutions of pH 6–13

J. Mayne, D. Gilroy, 1965 .

The inhibition of the corrosion of iron in the pH range 6–9

J. Mayne, D. Gilroy, 1965 .

Inhibitors of the corrosion of iron. I. Effect of the cation

J. Mayne, P. Beckmann, 1960 .

Significance of the Redox Potential in the Inhibition of the Corrosion of Iron by Non-Oxidising Inhibitors in the pH Range 5–13

J. E. O. Mayne, S. Turgoose, S. Turgoose, 1975 .

Mechanism of Inhibition of Corrosion of Mild Steel in Aqueous Solutions of Sodium Azelate: I. Effect of solutions of sodium azelate on the air-formed oxide film on mild steel

C. Page, J. Mayne, 1972 .

The mechanism of inhibition of the corrosion of iron by sodium hydroxide solution. Part II

J. W. Menter, J. Mayne, 1954 .

392. The mechanism of inhibition of corrosion of iron by chromic acid and potassium chromate

M. J. Pryor, J. Mayne, 1949 .

Autoxidation of the lead soaps of the linseed oil fatty acids

E. H. Ramshaw, J. Mayne, 1963 .

Gas Chromatographic Determination of Mono- and Dibasic Fatty Acids by n-Propyl Esterification

J. Mayne, A. Appleby, 1967 .

Paints for the Protection of Steel—a Review of Research into their Modes of Action

J. Mayne, 1970 .

Mossbauer Spectra and the Structure of Oxide Films Present on Iron After Exposure to Dry Air and to Chromate Solutions at pH 4

P. Ridgway, G. Bancroft, J. Mayne, 1971 .

The Mechanism of Protection by Organic Coatings

J. Mayne, 1964 .

HOW PAINTS PREVENT CORROSION

J. Mayne, 1954 .

The mechanism of inhibition of the corrosion of iron by solutions of sodium phosphate, borate, and carbonate

J. W. Menter, J. Mayne, 1954 .

THE MECHANISM OF THE PROTECTION OF IRON AND STEEL BY PAINT

J. Mayne, 1973 .

Ionic conduction in polymer films. III Influence of temperature on water absorption

J. Mayne, J. Scantlebury, E. Kinsella, 1971 .

Mechanism of Inhibition of Corrosion of Mild Steel in Aqueous Solutions of Sodium Azelate: II. Uptake and distribution of azelate ions on the surface of inhibited mild steel

C. Page, J. Mayne, 1972 .

The use of metallic pigments in the preparation of protective paints

J. Mayne, 1947 .

Role of hydrogen peroxide in inhibition of corrosion of iron

J. Mayne, J. A. Burkill, 1986 .

The oxidation of iron at room temperature

J. Mayne, D. Gilroy, 1965 .

840. The effect of inhibitors of the corrosion of iron on the air-formed film

P. Hancock, J. Mayne, 1958 .

Inhibition of the Corrosion of Iron in the pH Range 9.3–22.6: Effect of Tartrate Ions on the Thickening of the Oxide Film

S. Turgoose, J. Mayne, 1977 .

The Gas Chromatographic Analysis of Aqueous Solutions of the Lower Fatty Acids

J. Mayne, A. Appleby, 1967 .

Corrosion inhibitive action of zinc compounds

J. Mayne, 1949 .

630. The mechanism of inhibition of the corrosion of iron by sodium hydroxide solution

J. W. Menter, M. J. Pryor, J. Mayne, 1950 .

The inhibition of the corrosion of iron in neutral and alkaline solutions. I

P. Hancock, J. Mayne, 2007 .

The de‐aeration of aqueous solutions

J. Mayne, D. Gilroy, 2007 .

Inhibitors of the corrosion of iron. II. Efficiency of the sodium, calcium and lead salts of long chain fatty acids†

E. H. Ramshaw, J. Mayne, 1960 .

25. The oxidation of ferrous hydroxide

J. Mayne, 1953 .

Mechanisms of Protection by Paints

J. Mayne, M. Bhuiyan, 2010 .

4.12 – Mechanisms of Protection by Paints

J.E.O. Mayne, J. Mayne, 2010 .

15.3 – The Mechanism of the Protective Action of Paints

J. Mayne, 1976 .

Corrosion Prevention by Paints

J. Mayne, 1952 .

The mechanism of the corrosion‐inhibitive action of paints, with special reference to basic pigments

D. V. Rooyen, J. Mayne, 2007 .

Note on Autoradiography – Its use in Examining the Inhibition of Corrosion

C. Page, J. Mayne, 1970 .

The protective action of lead compounds

J. Mayne, 1946 .

Inhibition of the Corrosion of Iron by Benzoate and Acetate Ions

C. Page, J. Mayne, 1974 .

839. An electrometric method for measuring the thickness of the air-formed oxide film on pure iron and mild steel

P. Hancock, J. Mayne, 1958 .

Further developments with epoxypolyamine films

J. Mayne, 1993 .

Ionic conduction in polymer films: IV. The effect of pigmentation with iron oxide

J. Mayne, J. Scantlebury, 1971 .

PAINTS FOR THE PROTECTION OF STEEL

J. Mayne, 1970 .

Chemical Analysis of the Oxide Film present on Iron and Steel

P. Ridgway, J. Mayne, 1971 .