Monthly Bulletin - Clpdigital.org

Barker, Louis H. Protection of iron and steel structures; memoranda
of eleven years' tests of various paints. 1,000 w. 111. 1905. (In
Proceedings of the American Society for Testing Materials, v.5,
P-43I-)
Tabular results of paint tests with remarks on the value of paraffin paper as
a protective covering.
Prevention de la rouille par le papier paraffine. 600 w. 1905. (In
Genie civil, v.47, P364.)
Protecting steel structures. 1,500 w. 111. 1905. (In Railway age, v.39,
pt.i, p.394.)
Describes Barker's successful use of paraffin paper as a protecting material.
Salt Water Corrosion
Andrews, Thomas. Corrosion of metals during long exposure in seawater.
7.500 w. 111. 1885. (In Minutes of proceedings of the
Institution of Civil Engineers, v.82, p.281.)
On galvanic action between wrought-iron, cast metals and
various steels during long exposure in sea-water. 5,000 w. 111.
1884. (In Minutes of proceedings of the Institution of Civil
Engineers, v.77, P-323-)
Diegel, H. Das verhalten einiger metalle im seewasser. 12.000 w. 111.
1904. (In Stahl und eisen, v.24, pt.i, P567, 629.)
Considers alloys of copper, nickel and iron.
Farquharson, J. Corrosive effects of steel on iron in salt water. 4,800 w.
1882. (In Transactions of the Institution of Naval Architects,
v.22. P-I43-)
Experiments indicating that contact of iron and steel should be avoided.
Discussion.
King, Frank B. Notes on the corrosion of a cast steel propeller blade.
1,000 w. 1894. (In Transactions of the American Society of
Mechanical Engineers, v. 15, p.961.)
McAlpine, William J. Corrosion of iron. 1,200 w. 1868. (In Transactions
of the American Society of Civil Engineers, v.i, p.23.)
Cites instances of preservation of water pipes, iron submerged in salt water, etc.
Sabin, A. H. Experiments on the protection of steel and aluminum
exposed to sea water. 8,000 w. 1896. (In Transactions of the
American Society of Civil Engineers, v.36, p.483.)
Condition of plates with various preservative coatings after six months immersion
in sea water.
Discussion and correspondence.
Experiments on the protection of steel and aluminum exposed
to water. 5,000 w. 1899. (In Transactions of the American Society
of Civil Engineers, v.43, p.444.)
Continuation of above experiments.
Discussion.
The same, condensed. (In Engineering news, v.40, p.54.)
Uthemann. Corrosion of copper in sea water. 2,800 w. 111. 1905. (In
Engineer, London, v.99, p.442.)
Experiment has failed to produce any alloy which will replace copper for condenser
tubes, etc. This paper describes successful attempts to overcome the
chemical action of sea water, by electrolytic action between the copper of
tubes and the iron of spirals enclosing them.
The same. (In Journal of the American Society of Naval Engineers,
v.17, p.467.)
563