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Marion Eppley

Observed name: Eppley, Marion, 1883-1960
OpenAlex ID: A5011566259
Absolute Radiometry Based on a Change in Electrical Resistance
1957 · Marion Eppley, Alton R. Karoli · Journal of the Optical Society of America · 12
The Electrometric Titration of Dichromate With Ferrous Sulfate
1922 · Marion Eppley, Warren C. Vosburgh · Journal of the American Chemical Society · 12
The Temperature Coefficients of Unsaturated Weston Cells
1923 · Warren C. Vosburgh, Marion Eppley · Journal of the American Chemical Society · 7
Use of Wave Number in Radiation Formulas
1953 · Marion Eppley, Alton R. Karoli · Journal of the Optical Society of America · 4
The Effect of Various Preparations of Mercurous Sulfate on the Electromotive Force and Hysteresis of Weston Standard Cells
1924 · Warren C. Vosburgh, Marion Eppley · Journal of the American Chemical Society · 4
International Standard of Electromotive Force and Its Low-Temperature-Coefficient Form
1931 · Marion Eppley · Transactions of the American Institute of Electrical Engineers · 3
A Simple Direct-Reading Potentiometer for Standard Cell Comparisons
1922 · Marion Eppley, William R. Gray · Journal of the Optical Society of America · 3
Modifications of the Resistance Thermometer Bridge (mueller Bridge) and of the Commutator Selector for Use With It
1932 · Marion Eppley · Review of Scientific Instruments · 2
The spark between carbon rods impregnated with a mixture of oxides of molybdenum, titanium and vanadium as the source of a closely spaced line spectrum in the visible region
1926 · Marion Eppley · Journal of the Franklin Institute · 2
International standard of electromotive force
1932 · Marion Eppley · Electrical Engineering · 1
An Improved Feussner Type Potentiometer
1931 · Marion Eppley, William R. Gray · Review of Scientific Instruments · 1
Standard electrical cells
1926 · Marion Eppley · Journal of the Franklin Institute · 1
Portable Unsaturated Weston Cells
1924 · Warren C. Vosburgh, Marion Eppley · Journal of the Optical Society of America · 1
A formula for calculating the boiling-points of naphthalene corresponding to pressures between 824 millimeters and 704 millimeters of mercury: and the boiling-point of naphthalene at normal pressure
1928 · Marion Eppley · Journal of the Franklin Institute
Relationship between unit electrolytic conductivity and Faraday's law
1927 · Marion Eppley · Journal of the Franklin Institute
Works count: 16
Citation count: 53
H-index: 4
I10-index: 2
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