Digital spectral analysis of bistatic-radar echoes from Explorer 35
Bistatic radar echoes from Explorer 35 using 150 foot dish antenna
Tyler, G. L.↗
Engineering topics
Tyler, G. L.
Publications and source records attributed to Tyler, G. L..
Stanford telemetry monitoring experiment on Lunar Explorer 35 Final report
Explorer 35 data analysis including occultation study and antenna pattern interpretation along with electromagnetic property experiments
Ingalls, D. H. H.↗
Refractivity of carbon dioxide under simulated Martian conditions.
Carbon dioxide refractivity measured under simulated Martian conditions and standard temperature and pressure, comparing results with radio occulation methods
Howard, H. T.↗
The refractivity of Co sub 2 under simulated martian conditions
Refractivity of carbon dioxide under simulated Martian conditions by radio occulation
Howard, H. T.↗
Crab Nebula pulsar NP 0532.
Crab Nebula pulsar properties including pulse shape, dispersion and strong pulse emission
Comella, J. M.↗
Oblique-scattering radar reflectivity of the lunar surface - Preliminary results from Explorer 35.
Quasi-specular bistatic radar measurements of oblique scattering properties of lunar surface using telemetry carrier from Explorer 35 as lunar orbiting radar beacon
Tyler, G. L.↗
Brewster angle of the lunar crust.
Brewster null in reflections of Explorer 35 telemetry transmissions from lunar surface, discussing radiation reflection properties of lunar maria and Flamsteed area
Tyler, G. L.↗
Bistatic-radar detection of lunar scattering centers with Lunar Orbiter I.
Continuous wave signals from Lunar Orbiter I after reflection from lunar surface, noting mapping use
WAVE REFLECTION↗
The bistatic continuous-wave radar method for the study of planetary surfaces Scientific report no. 13
Bistatic continuous-wave radar for mapping surface of planets
PLANETARY SURFACE↗