Department of Chemical Engineering technical papers, 1900-1935
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Department of Chemical Engineering technical papers, 1900-1935
URL to cite for this work: http://digital.library.wisc.edu/1711.dl/HistSciTech.ChemEngElectro
Contents
[Note], Watts, Oliver P.
[Title page] Some electrochemical papers: Department of Chemical Engineering, 1906-1935
Report of committee on teaching of electrochemistry, American Electrochemical Society pp. [unnumbered]-8
Polarization in its relation to the decomposition pressure of electrolytes, Watts, Oliver P. pp. 91-108
The effect of various substances on the rate of corrosion of iron by sulphuric acid, Watts, Oliver P. pp. 337-358
The corrosion of metals by acids, Watts, Oliver P.; Whipple, Newton D. pp. 257-284
Brittleness produced in steel springs by electroplating, Fleckenstein, C.T.; Watts, O.P. pp. 15-19 ff.
Why busy rails do not rust, Watts, Oliver P. pp. 173-181 ff.
The effect of copper and silver salts on the corrosion of iron by acids, Knapp, Harold C.; Watts, Oliver P. pp. 155-166
The dezincification of brass, Abrams, Ralph B. pp. 39-54
A study of water-line corrosion, Watson, Kenneth M.; Watts, O. P. pp. 13-22
Tests for grading corrosion-resisting alloys, Erickson, Wm. E.; Kirst, L. A. pp. 427-434
The electrochemical theory of corrosion, Watts, Oliver P. pp. 125-153 ff.
Voltaic couples and corrosion, Watts, Oliver P. pp. 235-257 ff.
Effect of arsenic on the corrosion of iron by sulfuric acid, Watts, Oliver P. pp. 259-267 ff.
Structure of electro-deposits, Watts, Oliver P.; Burgess, Charles F. pp. [unnumbered]-238
The electrodeposition of cobalt and nickel, Watts, Oliver P. pp. 99-152
Discussion on the electrodeposition of metals, pp. 261-298
Addition agents in the deposition of zinc from zinc sulphate solution, Shape, A. C.; Watts, O. P. pp. 291-296
The effect of addition agents in the electrodeposition of iron, Li, M. H.; Watts, O. P. pp. 529-536
Cleaning and plating in the same solution, Watts, Oliver P. pp. 141-154
Rapid nickel plating, Watts, Oliver P. pp. 395-403 ff.
Progress of the hot nickel solution, Watts, Oliver P. pp. 379-384
The protection of iron by electroplating, Watts, Oliver P.; DeVerter, Paul L. pp. 145-158 ff.
The evolution of hydrogen from cyanide plating solutions, Brann, Albert; Watts, Oliver P. pp. 303-310
Remarkable pitting of electroplating, Watts, Oliver P. pp. 279-282
Electro-plating on iron from copper sulphate solution, Watts, Oliver P. pp. 265-278
Electroplated zinc and the diffusion of electrodeposits into zinc, Traub, Walter G. pp. 55-62
Effects of nitrates on current efficiency of plating solutions, Nichol, P. A.; Watts, O. P. pp. 151-153 ff.
Anodes for chromium plating, Watts, Oliver P. pp. 177-187 ff.
The plating on radiator shells, Watts, Oliver P. pp. 61-87 ff.
A new bath for the direct nickeling of zinc, Nichols, George W. pp. 149-154 ff.
Throwing power and current efficiency of the nickel plating solution at low and at high pH, Harr, Russel pp. 203-214
A new bath for the direct nickeling of zinc, Nichols, George W. pp. 149-154
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