Edwin Fitch Northrup
#86,663
Most Influential Person Across History
American physics professor
Edwin Fitch Northrup's AcademicInfluence.com Rankings
Download Badge
Physics
Why Is Edwin Fitch Northrup Influential?
(Suggest an Edit or Addition)According to Wikipedia, Edwin Fitch Northrup was a professor of physics at Princeton University from 1910 to 1920. He was affiliated with the Leeds & Northrup for about seven years. He studied at Amherst College and Johns Hopkins University, where he gained his Ph.D. in physics in 1895. He then became assistant to Prof. Henry Augustus Rowland in the development of telegraph systems and became chief engineer at the newly-founded Rowland Printing Telegraph Company. In 1903 he co-founded the Leeds & Northrup with Morris E. Leeds.
Edwin Fitch Northrup's Published Works
Number of citations in a given year to any of this author's works
Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author
Published Works
- Some Newly Observed Manifestations of Forces in the Interior of an Electric Conductor (1907) (61)
- A Photographic Study of Vortex Rings in Liquids (1912) (18)
- An experimental study of vortex motions in liquids (1911) (11)
- Resistivity of a few metals through a wide range of temperature (1913) (9)
- Resistivity of copper in temperature range 20° C. to 1450° C (7)
- Resistivity of pure gold in temperature range 20° C. to 1500° C (1914) (7)
- Experimental test of the Wiedemann-Franz ratio through a change of state (1917) (5)
- Resistivity of pure silver; solid and molten☆ (1914) (5)
- III. A method for comparing the values of the specific inductive capacity of a substance under slowly and rapidly changing fields: Results for paraffin and glass (3)
- On the duration of electrical contact between impacting spheres (1911) (3)
- The skin effect and alternating-current resistance (1914) (3)
- A New Instrument for the Measurement of Alternating Currents (2)
- High temperature investigation (1923) (2)
- Use of analogy in viewing physical phenomena (1908) (2)
- New method for measuring resistivity of molten materials: Results for certain alloys (1916) (1)
- Nature and explanation of the “motor effect” in the Ajax-Wyatt furnace (1920) (1)
- Methods, data, and new apparatus for measuring electrical conductivity above 1500° C. of vapors at normal pressure (1915) (1)
- Uniform High Temperature throughout a Large Volume. (1921) (1)
- Production of high temperature and its measurement (1)
- High temperature investigation and a study of metallic conduction (1915) (1)
- The losses in cables at high frequencies (1916) (1)
- IS THIS A DYNAMICAL PROOF OF THE PYTHAGOREAN THEOREM? (1910) (1)
- Measurement of Temperature by Electrical Means (0)
- Discussion on “magnetic properties of electrolytic iron,” at Milwaukee, Wis., May 30, 1906 (0)
- Standardization apparatus for measuring volts, Amperes and Watts (1908) (0)
- An Optical Device for Deflection Instruments (1907) (0)
- The comparison of galvanometers and a new type of flat-coil galvanometer (1910) (0)
- Laws of physical science (0)
- Measurement of temperature by electrical means (0)
- Some principles that must be observed in order to make a good closed-circuit battery, and a new portable dry cell described in which these principles are applied (1893) (0)
- To measure an alternating-current resistance and compare it with the direct-current resistance — Electrodynamometer method (0)
- Discussion on “a new instrument for measuring alternating currents” (1905) (0)
- A Laboratory Arc Lamp (1910) (0)
- To Measure an Alternating-Current Resistance and Compare it with the Direct-Current Resistance-Electrodynamometer Method (1912) (0)
- A new instrument for the measurement of alternating currents (0)
- A brief examination of the electrical properties of egg-white (1913) (0)
This paper list is powered by the following services:
Other Resources About Edwin Fitch Northrup
What Schools Are Affiliated With Edwin Fitch Northrup?
Edwin Fitch Northrup is affiliated with the following schools:
