Monthly Bulletin - Clpdigital.org

Bates, Putnam A.—continued.
The same. (In Railroad gazette, v.41, p.185.)
The same. 2,400 w. (In Electrical review, New York, v.47, P-737-)
Beadle, Alec A. Electrolytic corrosion in underground pipes. 1,200 w.
1905. (In Electrical review, New York, v.46, p.19.)
Effect of stray currents and methods of prevention.
Bericht des Erdstromkommission [des Deutschen Vereins von Gasund
Wasserfachmannern.] 3,600 w. 1906. (In Journal fiir gasbeleuchtung
und wasserversorgung, v.49, p.620.)
Tables and data showing conditions in many German cities.
The same. 1,500 w. (In Electrician, v.57, p.533.)
Blake, Lucien I. Electrolysis at Kansas City, Kan. 3,600 w. 111. 1899.
(In Engineering record, v.40, p.239.)
Lengthy report.
• Electrolysis of cast-iron water-mains. 1,300 w. 1899. (In
Electrical world and engineer, v.34, p.934.)
Brigden, W. W. Electrolysis of water and gas pipes. 4,200 w. 1901.
(In Municipal engineering, v.20, p.287.)
Plea for double trolley as the only reliable remedy.
British view of electrolysis. 1,600 w. 1900. (In Engineering record,
v.42, p.41.)
Gives protective regulations passed by Parliament and by Board of trade.
Brophy, William. Electrolysis. 3,500 w. 1896. (In Electrical review,
New York, v.28, p.276.)
Causes of metal corrosion and methods of prevention.
Brophy, William, & Gray, A. R. Insulating couplings for protecting
pipe systems from electrolysis. 1,600 w. 1904. (In American
gas light journal, v.80, p.91.)
Two letteis favoring their use.
Brown, Harold P. Electrolysis of cast iron water pipes at Dayton,
Ohio. 3,500 w. 1898. (In Municipal engineering, v.16, p.84.)
General results of more than 2,500 electrical measurements, with practical suggestions
for remedy and prevention.
The same, condensed. 2,500 w. (In Street railway journal, v.14, p.785.)
Latest method of electrolysis prevention. 2,200 w. 111. 1897.
(In Electrical engineer, New York, v.24, P-35 0 -)
Brief comparison of European and American systems, and description of system
designed by author. Insulated return conductor is used and in this case
made from old rails at one sixth the cost of copper.
Method of permanently protecting underground pipes from
electrolytic corrosion. 2,800 w. Dr. 1895. (In Street railway
review, v.5, p.157.)
Successful method of pipe protection must solve following problems:—To keep
pipes at least one volt negative to rails; to diminish flow of current on pipes;
to secure permanent non-oxidizable contact of low resistance between pipes
and necessary feeder wires.
Brownell, E. E. Electrolysis from facts and figures. 3,500 w. 111. 1900.
(In Journal of the New England Water Works Association, v.14,
P-363-)
Considers trouble entirely due to defective construction of electric railways.
Suggests remedies.
Churchill, W. W. The preservation of surface condenser tubes in plants
using salt or contaminated water circulation. 3,000 w. 1906. (In
Power, v.26, p.598.)
Considers the prevention of electrolytic corrosion. Author presents Oliver J.
Lodge's views on electrolytic conduction and Faraday's Laws of electrolysis
as a basis for his views.
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