Department of Chemical Engineering technical papers, 1900-1935
Source:
Department of Chemical Engineering technical papers, 1900-1935
Volume 3
URL to cite for this work: http://digital.library.wisc.edu/1711.dl/HistSciTech.ChemEng3
Contents
Reprints: Department of Chemical Engineering: University of Wisconsin: Volume 3, pp. 1-5 ff.
Cleaning and plating in the same solution, Watts, O. P. pp. [unnumbered]-154
On the temperature of reaction between acheson graphite and magnesia, Grenfell, D. S.; Kowalke, O. L. pp. [unnumbered]-239
Cleaning and plating in the same solution, Watts, Oliver P. pp. 281-286
Rapid nickel plating, Watts, O. P. pp. [unnumbered]-403
The protection of iron by electroplating, DeVerter, P. L.; Watts, O. P. pp. [unnumbered]-158
Acid resisting properties of some iron-silicon alloys, Kowalke, O. L. pp. [unnumbered]-212
The evolution of hydrogen from cyanide plating solutions, Brann, A.; Watts, O. P. pp. [unnumbered]-310
Calorized iron as an element for thermocouples, Kowalke, O. L. pp. [unnumbered]-220
The corrosion of metals by acids, Watts, O. P.; Whipple, N. D. pp. [unnumbered]-284
Some principles of electro deposition, Watts, Oliver P. pp. 12-14
Some characteristics of fire clay and silica refractories, Kowalke, O. L. pp. [1]-3 ff.
Why busy rails do not rust, Watts, O. P. pp. [unnumbered]-181
Brittleness produced in steel springs by electroplating, Fleckenstein, C. T.; Watts, O. P. pp. [unnumbered]-172
Crushing strength of magnesia-silica mixtures at high temperatures, Hougen, O. A.; Kowalke, O. L. pp. 71-81 ff.
The sign of the potential, Watts, O. P. pp. [unnumbered]-201
On the combustion of carburetted water gas for industrial furnace heating and the heating of steel, Kowalke, O. L. pp. [1]-13 ff.
Some observations on gas calorimeters, Kowalke, O. L. pp. 1-4 ff.
Electroplating on iron from copper sulphate solution, Watts, O. P. pp. [unnumbered]-278
Remarkable pitting of electroplating, Watts, O. P. pp. [unnumbered]-282
Teaching pyrometry, Kowalke, O. L. pp. [unnumbered]-1427
Some factors affecting the usefulness of base-metal thermocouples, Kowalke, O. L. pp. [unnumbered]-1761
Copper-aluminum-iron bronze as an acid-resisting alloy, Kowalke, O. L. pp. [1]-4
Laboratory tests on the removal of sulphur compounds from carburetted water gas, Brenner, Erwin C. pp. [1]-13 ff.
The gas industry, a good customer of the university, Kowalke, O. L. pp. [1]-4
Physical characteristics of specialized refractories, Hartmann, M. L.; Hougen, O. A. pp. 349-354 ff.
The effect of copper and silver salts on the corrosion of iron by acids, Knapp, Harold C.; Watts, Oliver P. pp. 155-166
Principles of alloying to resist corrosion, Watts, Oliver P. pp. [unnumbered]-264
Tests on a Brady B.T.U. indicator, Kowalke, O. L. pp. [unnumbered]-8
On the removal of naphthalene from manufactured gas, Pesch, A. W.; Kowalke, O. L. pp. [unnumbered]-18
On the removal of sulphur compounds from manufacted gas by means of sodium hypochlorite, Broker, H. R.; Kowalke, O. L. pp. [unnumbered]-9
The dezincification of brass, Abrams, Ralph B. pp. [unnumbered]-54
Volumes of gases of various heating values required to boil water in kettles of various sizes, Biemiller, L. E.; Kowalke, O. L. pp. [unnumbered]-10
Electroplated zinc and the diffusion of electrodeposits into zinc, Traub, Walter G. pp. [unnumbered]-62
Something new, Fraine, Walter pp. 3-4
The ionic theory and its application to plating, Watts, Oliver P. pp. 4-14
Essentials to progress, pp. 3-4
Relations of anode and cathode efficiencies, Watts, Oliver P. pp. 4-14
A study of water-line corrosion, Watson, Kenneth M.; Watts, O. P. pp. [unnumbered]-7
Pitting of nickel plating, Watts, Oliver P. pp. 8-12
The effect of density of gas on the volume discharged from orifice on burner on gas stove, Kowalke, O. L.; Rundorff, R. L. pp. [unnumbered]-8
A further study of the dezincification of brass, Nixon, Cleveland F. pp. [unnumbered]-310
Effect of reduced pressure on rate of corrosion of amalgamated zinc in acid and in alkali solutions, Greene, E. W.; Watts, O. P. pp. 435-441 ff.
The corrosion of iron alloys by copper sulfate solution, Kurtz, C. M.; Zaumeyer, R. J. pp. 417-426 ff.
Tests for grading corrosion-resisting alloys, Erickson, Wm. E.; Kirst, L. A. pp. [unnumbered]-347
The granular resistor furnace, Watts, O. P. pp. [unnumbered]-707
Report of committee on teaching of electrochemistry, pp. [unnumbered]-8
Effects of nitrates on current efficiency of plating solutions, Nichol, P. A.; Watts, O. P. pp. [unnumbered]-35
The Thomas gas calorimeter: factors affecting its precision, flexibility, and reliability, Kowalke, O. L.; Ragatz, R. A. pp. 1-8
Throwing power, Watts, Oliver P. pp. 5-10
Science and common sense, Munning, A. P. pp. 11-12
Anodes for chromium plating, Watts, O. P. pp. [unnumbered]-187
Editorial, pp. 3-4
Anodes for chromium plating, Watts, O. P. pp. 4-12
Paper on research, development and standardization of finishing processes and methods, VanDerau, C. pp. 12-16 ff.
This material may be protected by copyright law (e.g. Title 17, US Code).| For information on re-use, see: http://digital.library.wisc.edu/1711.dl/Copyright
