William Gould Dow
#56,815
Most Influential Person Across History
American engineer
William Gould Dow's AcademicInfluence.com Rankings
William Gould Dowengineering Degrees
Engineering
#2087
Historical Rank
Civil Engineering
#599
Historical Rank
Applied Physics
#3535
Historical Rank

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Engineering
William Gould Dow's Degrees
- Bachelors Civil Engineering Rensselaer Polytechnic Institute
Why Is William Gould Dow Influential?
(Suggest an Edit or Addition)According to Wikipedia, William Gould Dow was an American scientist, educator and inventor. He was a pioneer in a variety of fields, including electrical engineering, space research, computer engineering, and nuclear engineering. He helped develop life-saving radar jamming technology during World War II, and was a long-time professor at the University of Michigan.
William Gould Dow'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
- Dynamic probe measurements in the ionosphere (1949) (48)
- Fundamentals of engineering electronics (1937) (43)
- Reignition of Metallic A-C. Arcs in Air (1931) (20)
- Experimental Study of Anomalous Electron Stream Behavior (1961) (16)
- Rocket measurements of upper atmosphere ambient temperature and pressure in the 30- to 75-kilometer region : publication reprint (1954) (13)
- Supersonic Wind at Low Pressures Produced by Arc in Magnetic Field (1950) (11)
- Analysis of Synchronous Conditions in the Cylindrical Magnetron Space Charge (1951) (9)
- A large-signal analysis of the traveling-wave amplifier (1955) (6)
- Probe measurements and potential distribution in copper A-C arcs (1933) (5)
- Equivalent Electrostatic Circuits for Vacuum Tubes (1940) (5)
- Transit-Time Effects in Ultra-High-Frequency Class-C Operation (1947) (4)
- Nonuniform D-C Electron Flow in Magnetically Focused Cylindrical Beams (1958) (3)
- The influence of a transverse magnetic field on an unconfined glow discharge (1953) (3)
- Developments in inductive energy storage apparatus and initial high current, high density arc experimentation and analysis : final report (1963) (1)
- Firing time of an igniter type of tube (1935) (1)
- A new single-cavity resonator for a multianode magnetron (1951) (1)
- Exploration of the ionosphere by means of a Langmuir-probe technique (1954) (1)
- Statistical Nature and Physical Concepts of Thyratron Deionization Time (1950) (1)
- Dots , Waves , and Light – Particles and Quasiparticles It Starts (0)
- Space-charge equilibrium in a magnetron : a statistical approach (1951) (0)
- Report on research toward utilization of monopolar crossed-field-neutralized plasmas for power generation by controlled nuclear fusion : phase I, scale-model demonstration, using an electron-constituted monopolar plasma, of conversion from potential energy to high-level partical kinetic energy (1966) (0)
- Physical electronics of junction transistor characteristics (1960) (0)
- The trajectron--an experimental DC magnetron (1954) (0)
- Volt-ampere characteristics of cylindrical and spherical Langmuir probes for various potential models Scientific report (1967) (0)
- Probe Measurements and Potential Distribution in Copper A-C Arcs (1933) (0)
- Conference on high power electrical impulse techniques : January 28, 29, 1957 (1957) (0)
- THE GENERAL PERTURBATIONAL THEORY OF SPACE-HARMONIC TRAVELING-WAVE ELECTRON INTERACTION (1963) (0)
- Some studies on the discharge initiations in a cold-cathode gas tetrode : scientific report (1957) (0)
- Firing time of an igniter type of tube (1936) (0)
- Subject, the measurement of ambient pressure and temperature of the upper atmosphere : final report (1953) (0)
- Impacts of electronics on engineering education (1949) (0)
- Preliminary research on a low-pressure ionic wind tunnel (1949) (0)
- An electromagnetic accelerator utilizing sequential switching : final report (1958) (0)
- The insertion magnetron : a new external-cavity magnetron for low-power electronically-tunable operation in the 10 to 20-cm wavelength range (1951) (0)
- Physical Electronics Underlying Junction Transistor Characteristics (1960) (0)
- Remote metering of electric power delivered to a customer (1953) (0)
- Firing Time of an Igniter Type of Tube (1935) (0)
- Report on visits to European Electron tube laboratores, 1953 (1954) (0)
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