Mercury's rotation period - Photographic confirmation
Photographic measurement used to confirm Mercury rotation period
Reese, E. J.↗
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Results for “mercury”
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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On the thermal radioemission of Mercury
Thermal regime and radio emission of Mercury planet
Kuzmin, A. D.↗
Discharge chamber studies for mercury bombardment ion thrusters
Discharge chamber performance optimization for mercury bombardment ion thrusters
King, H. J.↗
Desorption, mobility and work function change of mercury on tungsten and molybdenum substrates.
Desorption, mobility and work function change of mercury on tungsten and molybdenum substrates
Davis, L. E.↗
Turbulent Mercury Jet
Free turbulent mercury jet mean velocity profiles measured in axial magnetic field, discussing eddy viscosity as function of inverse Reynolds number
Hoult, David P.↗
The environment of Mercury.
Engineering environmental criteria for planet Mercury using three model atmospheres
Vaughan, O. H., Jr.↗
The microwave phase effect of Mercury.
Mercury brightness temperatures from contact conduction and radiative transfer equation solutions, noting dependence on heliocentric longitude and phase angle
Morrison, D.↗
Evolution of space feeding concepts during the Mercury and Gemini space programs.
Space feeding concepts during Mercury and Gemini space programs noting packaging techniques, food variety and sterilization constraints
Lachance, P. A.↗
The effect of a vertical magnetic induction on the nucleate boiling of mercury over a horizontal surface.
Vertical magnetic induction effect on nucleate boiling of mercury on horizontal heating surface
Faber, O. C., Jr.↗
Regression of the node of the orbit of Mercury due to a solar quadrupole moment.
Node regression of Mercury orbit due to solar quadrupole moment, discussing regression rate values
Oconnell, R. F.↗
On the interpretation of Mercury observations at wavelengths of 3.4 and 19 mm.
Microwave observations of Mercury at 3.4 and 19 mm, interpreting brightness temperature variation with phase angle with basically lunar model
Morrison, D.↗
An 8000-hour life test facility for Sert II Mercury ion thruster.
Life test facility for SERT II mercury ion thruster
Burns, B.↗
Automatic controls for facilities and mercury ion thrusters in durability testing.
Mercury ion thrusters and facilities automatic controls durability testing, discussing vacuum chamber systems, unattended operation and control
Nichols, C. R.↗
Trajectory analysis of a 1975 mission to Mercury via an impulsive flyby of Venus.
Trajectory analysis of 1975 Mercury mission via Venus flyby, considering closest approach altitude at Venus, impulse radius and launch energy
Wallace, R. A.↗
Mercury cadmium telluride as a 1- to 20- micro-meter wavelength infrared detector for space applications
Mercury cadmium telluride as 1- to 20-micrometer wavelength infrared detector for space applications
Packard, R. D.↗
Dynamic liquid/solid contact angles and films on contaminated mercury Final report
Dynamic liquid-solid contact angles and films on contaminated mercury
Ellison, A. H.↗
Design-point performance of a double containment tantalum and stainless steel mercury boiler for SNAP-8
Design point performance of double containment tantalum and stainless steel mercury boiler for SNAP 8
Albers, J. A.↗
A 9Cr-1Mo steel as a mercury containment material for the SNAP-8 boiler
9Cr-1Mo steel as mercury containment material for SNAP-8 boiler
Farwell, B. E.↗