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Buchanan, J. F. Corrosion of metals. 2,200 w. 1904. (In Foundry,
v.24, p.160.)
Briefly considers relative corrosion of the more useful metals and alloys.
Burgess, C. F. & Engle, S. G. Observations on the corrosion of iron by
acids. 3,000 w. 1906. (In Transactions of the American Electrochemical
Society, v.9, p.173.)
Effect of normal solutions of sulphuric and hydrochloric acids on electrolytic
iron.
Corrosion of fence wire. 3,000 w. 1906. (In Iron age, v.77, p.207.)
Report of investigation by U. S. Department of agriculture: Deleterious effects
of manganese and beneficial results of double galvanizing.
[Corrosion of iron water pipe.] 900 w. 1897. (In Journal of the New
England Water Works Association, v.Il, p.222.)
Discussion, showing that pipe in which water is standing is less liable to corrosion
than that through which water is flowing and thus affording a fresh
supply of oxygen.
[Corrosion of water pipe.] 3,000 w. 1884. (In Transactions of the
New England Water Works Association, 1884, p.41.)
Deals briefly with various kinds of service pipes, preferring lead, cementlined,
and galvanized, in the order named.
Cribb, Cecil H. & Arnaud, F. W. F. Action of slightly alkaline waters
on iron. 1.200 w. 1906. (In Engineering, v.81, p.32.)
Abstract of paper, showing that the presence of.an alkali has little effect in
retarding corrosion.
Curious case of corrosion. 200 w. 111. 1894. (In Engineering, v.57,
P-544-)
Illustration of an iron bar, in which laminations appear; certain layers badly
corroded and intermediate ones bright.
Dagron, James. Protection from corrosion of ironwork used as covering
for railroad tunnels. 1,000 w. 111. 1892. (In Transactions
of the American Society of Civil Engineers, v.27, p.324.)
Discussion.
Filling of service pipes by sediment or tuberculation. 1,200 w. 1893.
(In Journal of the New England Water Works Association, v.8,
p.105.)
Topical discussion on pipe corrosion, etc., considering enamel pipe inferior to
either galvanized or cement lined.
Ford, John D. Corrosion of boiler tubes. 5,200 w. 111. 1904. (In
Journal of the American Society of Naval Engineers, v.16, p.529.)
Extensive experiments made for the U. S. Navy department at laboratory of
National Tube Co., McKeesport, to determine relative corrodibility of lapwelded
Bessemer steel, lap-welded iron, seamless cold-drawn steel, and seamless
hot-drawn steel boiler tubes.
Garrett, John Henry. Action of water on lead; being an inquiry into
the cause and mode of the action and its prevention. 116 p. 1891.
Howe, Henry M. Relative corrosion of wrought iron and steel.
5,600 w. 1895. (In Mineral industry, v.4, p.429.)
Gives results both from laboratory experiments and from actual industrial use.
The same, condensed. 1,600 w. (In Journal of the Iron and Steel Institute,
v.50, p.427.)
Relative corrosion of wrought iron and steel. 1,300 w. 1906.
(In American machinist, v.29, p.49.)
Paper at meeting of American Society for Testing Materials.
The same. (In Iron age, v.77, P2047.)
The same. (In Industrial world, v.40, p.228.)
Relative corrosion of wrought iron, soft steel and nickel steel.
1,500 w. Dr. 1900. (In Engineering and mining journal, v.70,
p.188.)
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