The U.S. National Institute of Standards and Technology (NIST) was founded in 1901 and is now part of the U.S. Department of Commerce. NIST is one of the nation's oldest physical science laboratories. Congress established the agency to remove a major challenge to U.S. industrial competitiveness at the time—a second-rate measurement infrastructure that lagged behind the capabilities of the United Kingdom, Germany, and other economic rivals.
Since their inception, they have studied a wide variety of topics and have produced many research papers on the subjects. Many of the papers have been archived and are available online at the NIST Digital Archive.
Below are a sampling of the research papers related to radio. This is by no means their entire selection, but a only a sample to get started. Click on the NIST Digital Archive link above to do your own searching.
Studies of natural electric and magnetic fields (Paper 64D4-73)
Effects of high-altitude nuclear explosions on radio noise (Paper 64D1-35)
Measurement of the attenuation of radio signals by jungles (Paper 68D8-388)
Wave hop theory of long distance propagation of low-frequency radio waves (Paper 68D12-432)
Electrical conductivity of the Great Lakes
Propagation studies using direction-finding techniques
An analysis of within-the-hour fading in 100- to 1,000-Mc transmissions
An analysis of continuous records of field intensity at broadcast frequencies (RP752)
The Ionosphere (aka Kennelly-Heaviside Layer)
Kennelly-Heaviside layer height observations for 4,045 and 8,650 kc (RP246)
Preliminary note on an automatic recorder giving a continuous height record of the Kennelly-Heaviside layer (RP373)
Investigations of Kennelly-Heaviside layer heights for frequencies between 1,600 and 8,650 kilocycles per second (RP390)
The cause and elimination of night effects in radio range-beacon reception (RP513)
Continuous measurements of the virtual heights of the ionosphere (RP582)
Studies of the ionosphere and their application to radio transmission (RP632)
Field equipment for ionosphere measurements (RP1384)
Very-low-frequency radio propagation in the ionosphere (Paper 66D6-226)
On the analysis of LF Ionospheric radio propagation phenomena
Winds in the Ionosphere (TR1611)
Frequency dependence of D-region scattering at VHF (Paper 65D5-146)
The Solar Wind
A 600-Ohm multiple-wire delta antenna for ionosphere studies (RP2094)
A survey of the very wide band and frequency independent antennas-1945 to the present
Cylindrical antenna theory
The Solar Eclipse Impact on Radio Propagation
Radio observations of the Bureau of Standards during the solar eclipse of August 31, 1932 (RP629)
Ionosphere studies during partial solar eclipse of February 3, 1935 RP(868)
Predictions of normal radio critical frequencies related to solar eclipses in 1940 (RP1279)
D-region absorption at 10 and 15 mc/s during the total solar eclipse of July 20, 1963 (Paper 69D7-527)
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