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Low, George P. Rail bonding and its bearing on electrolytic corrosion.
4.500 w. 111. 1894. 'I' 1 Transactions of the American Institute
of Electrical Engineers, v.i I, p.857.)
Considers the elimination of electrolytic corrosion to be dependent on judicious
bonding.
McGowan, H. E Electrolysis; the effect of stray trolley currents.
1,800 w. 111. 1901. (In Stevens Institute indicator, v.18, p.163.)
Relief found in coating all wrought iron pipe with a paint composed chiefly of
coal tar and rubber; also in connecting the pipes to the rails where the
former are positive.
McLeary, Samuel H. An interesting case of electrolysis. 800 w. 111.
1906. (In Electrical age. v.37. P-273-)
Electric railway in Porto Rico on which stray currents caused very rapid corrosion,
especially at point of contact between rails and spikes.
Maury, Dabney H. Electrolysis of underground metal structures.
22 p. 111. 1900.
Bound with Report of the Special Committee on Electrolysis, American Water
Works Association.
The same, condensed. 5,800 w. (In Engineering news, v.44. p.38.)
The same, condensed. 2,900 w. (In Street railway review, v.io, p.433.)
The same, condensed. 1.700 w. (In Engineering record, v.41, p.467.)
Surveys for electrolysis and their results. 6,000 w. 1903. (In
Engineering news, v.50, p.74.)
Purpose of surveys, instruments, methods and results.
Method of checking electrolysis of gas and water pipes. 700 w. Dr.
1895. (In Street railway journal, v.i I, p.603.)
Method of Harold P. Brown. Pipes are connected to negative pole of dynamo.
connections to pipe and rail bonds being made of "plastic alloy," said to be a
perfect contact metal.
Michalke, Carl. Stray currents from electric railways. 101 p. 111. 1906.
Bibliography by translator, p.91-101.
"All the calculations in the text are elementary in character, the rigorous
mathematical treatments being given in the footnotes." Preface.
Die vagabundierenden strome elektrischer bahnen. 85 p. 1906^
Summarizes present knowledge of destructive electrolysis and presents in an
available form much hitherto scattered information from technical periodicals.
Morse, C. H. Electrolysis of water pipes. 3.500 w. 1893. (In Journal
of the New England Water Works Association, v.7, p. 139.)
Effects and suggested remedies.
Discussion.
Newbaker, C. A. Cure of electrolysis by independent returns. 4,000 w.
Dr. 1900. (In American electrician, v.12, p.72.)
Problem of electrolysis. 1,600 w. 1899. (In Engineering record, v.39,
P-465.)
Editorial discussion on the responsibility for damages.
Rasch. Zur frage der vagabundirenden strome. 2.700 w. Dr. 1896.
(In Elektrotechnische zeitschrift. v.17. p.34.)
Theoretical, using calculus.
Report of the commission of the German gas and water companies for
the investigation of earth currents. 1,500 w. 1906. (In Electrician.
v.57, p.533.)
Outline of report on conditions in nine German cities, 1904-1906.
Rowland, Arthur J. Electrolysis by electric railway return currents.
5,000 w. 1895. (In Electrical world and engineer, v.25, P-I27.)
"Where we have the highest differences of potential [between pipes and rails]
the smallest current may be flowing and least electrolytic action taking place."
Electrolysis from electric railway service. 3,800 w. Dr. 1897.
(In American electrician, v.9, p.156.)
Proper road construction to avoid harmful effects.
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