A 36GHz traveling wave maser for use in radio astronomy
Development of 36 GHz low noise traveling wave maser radiometer for radio astronomy usage
Swanson, P. N.↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Frequency comparison of a NASA experimental hydrogen maser with the mean of five commercial standards
Frequency stability of cesium beam frequency standards relative to hydrogen maser
Chi, A. R.↗
Research and development to optimize the hydrogen maser Final report, 28 Jun. 1968 - 30 Jun. 1969
Hydrogen atomic beam optics system that increases fraction of atoms entering storage bulb of hydrogen maser
Source record↗
Quantum theory of an optical maser. III - Theory of photoelectron counting statistics.
Quantum mechanics method for obtaining photocount distribution from optical maser photoelectron counting statistics
Lamb, W. E., Jr.↗
Observation of atmospheric absorption using submillimetre maser sources.
Maser submillimeter emission lines used to determine atmospheric and water vapor absorption, noting role of pressure
Birch, J. R.↗
Mounting, support, and isolation of various components of a hydrogen maser
Polytetrafluoroethylene tubing partially collapsed during assembly protects the shields from thermal expansion stress in isothermal and magnetic canisters. Thermal insulation between the shields is made from epoxy foam cast in position and cured under high temperature. Stacked mounting array supports the maser's hexapole magnet and hydrogen atom source.
Cutler, L.↗
System automatically tunes hydrogen masers
Automatic tuning system permits frequency synchronization between two hydrogen masers. System matches spaceborne clock performance with that of ground-based clock to test red shift theory. This system, used in conjunction with radio astronomy for long-baseline interferometer experiments, serves as a tool for investigation of distant universe phenomena.
Levine, M. W.↗
Hydrogen-maser time and frequency standard at Agassiz Observatory
Installation of hydrogen maser for very long baseline interferometry
Levine, M. W.↗
Solid state chemical source for ammonia beam maser Patent
Solid state chemical source for ammonia beam masers
Robinson, M.↗
Wall shift of FEP Teflon in the hydrogen maser
Atomic hydrogen maser wall shift determined by measurements on FEP Teflon coated storage bulbs, suggesting Teflon properties change as basis
Ramsey, N. F.↗
Frequency comparison of five commercial cesium standards with a NASA experimental hydrogen maser
Phase comparisions between commercial cesium beam frequency standards and NASA experimental hydrogen maser NX-1
Chi, A. R.↗
A new type of powder maser
Maser amplifier with nonoriented Fe-doped rutile powder as active material, observing broad absorption bands under magnetic field
Hughes, W. E.↗
Absolute frequency of the hydrogen maser using a flexible storage bulb
Hydrogen maser wall shift measurement, using flexible storage bulb for accuracy improvement
Brenner, D.↗
Hydrogen maser with deformable storage bulb
Hydrogen maser frequency shift due to atomic collisions with deformable storage bulb surface
Debely, P. E.↗
Folded traveling wave maser structure Patent
Design of folded traveling wave maser structure
Buchmiller, L. D.↗
Frequency generation and control - Atomic hydrogen maser frequency standard
Frequency stability of automatic hydrogen maser cavity tuner
Finnie, C.↗
High-gain, broadband traveling wave maser Patent
Comb type traveling wave maser amplifier for improved high gain broadband output
Clauss, R. C.↗
Wideband low noise maser amplifiers
Iron doped rutile wideband maser amplifier with low signal-to-noise ratio
Hughes, W. E.↗