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Author

Daniel L. Goldwater

Observed names: D. L. Goldwater, D.L. Goldwater
Institution: Franklin Institute
Observed institution: Franklin Institute
OpenAlex ID: A5004340527
Certain Refractory Compounds as Thermionic Emitters
1951 · D. L. Goldwater, R. E. Haddad · Journal of Applied Physics · 36
Thermionic Emission Constants of Iridium
1956 · D. L. Goldwater, W. E. Danforth · Physical Review · 15
Zirconium Carbide as a Thermionic Emitter
1949 · R. E. Haddad, D. L. Goldwater, et al. · Journal of Applied Physics · 11
Density of a Thorium Monolayer for Maximum Thermionic Emission
1960 · W. E. Danforth, D. L. Goldwater · Journal of Applied Physics · 10
Thermionic Emitting Properties of Two Refractories
1949 · R. E. Haddad, D. L. Goldwater, et al. · Journal of Applied Physics · 7
Resistance of Oxide Cathode Coatings for High Values of Pulsed Emission
1949 · W. E. Danforth, D. L. Goldwater · Journal of Applied Physics · 7
Effects of electrolysis in the thorium oxide emitter
1956 · Daniel L. Goldwater · Journal of the Franklin Institute · 3
The electrolysis of thorium oxide crystals
1961 · D.L. Goldwater · Journal of Physics and Chemistry of Solids · 2
The evaporation of thorium metal
1960 · Daniel L. Goldwater, William E. Danforth · Journal of the Franklin Institute · 2
Abstract of zirconium carbide as a thermionic emitter
1949 · R.E. Haddad, D.L. Goldwater, et al. · Journal of the Franklin Institute · 1
Thorium dispenser cathode
1956 · D.L. Goldwater, W.E. Danforth · Journal of the Franklin Institute
Electrical Conduction and Thermionic Emission in Semi-conductors
1953 · O. A. Weinreich, W. E. Danforth, et al. · Defense Technical Information Center (DTIC)
Abstract of resistance of oxide cathode coatings for high values of pulsed emission
1949 · W.E. Danforth, D.L. Goldwater · Journal of the Franklin Institute
Works count: 13
Citation count: 94
H-index: 6
I10-index: 4
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