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Steinbacher, R. H.

Publications and source records attributed to Steinbacher, R. H..

Project objectives and mission profile

Mission planning, payloads, launch, and orbital insertion are described for Mariner mission 8 and 9. Mission sequences and planet coverage as a function of time in orbit are discussed.

Steinbacher, R. H.

Television experiment

The fixed and variable Martian features investigated by the TV experiment on Mariner 9 are described. Articles are presented concerning the dust storm of October to November over the Southern Hemisphere; global surface geodesy and cartography; geology; and the satellite astronomy.

Briggs, G. A.

Mariner 9 mission profile and project history.

Mariner 9 was inserted into orbit about Mars on Nov. 14, 1971, to study that planet for a period of 90 days. Observations and measurements made by Mariner 9 continued beyond the planned 90 days, providing data to meet all science objectives. The new knowledge of Mars gained from this mission has made obsolete all previous concepts of Mars. A general background of the Mariner Mars 1971 Project and the significant events of the Mariner 9 mission are presented.

Steinbacher, R. H.

Mariner 9 science experiments - Preliminary results.

On the basis of data provided by the IR interferometer spectrometer on the Mariner 9 spacecraft, it is suggested that the composition of the Martian dust corresponds approximately to that of rocks of intermediate silicon dioxide content. The large dynamical pole flattening obtained from satellite observations has been confirmed by the Mariner 9 data.

Steinbacher, R. H.

The first Mars orbiters

Mariner-type spacecraft launch in 1971 to orbit Mars, discussing onboard experiments and instrument

Forney, R. G.

Surveyor 5 science results.

Surveyor 5 alpha particle backscattering instrument measurement, TV pictures of lunar surface elemental composition and magnetic and mechanical measurements

Jaffe, L. D.

Surveyor V.

Surveyor 5 lunar probe spacecraft, discussing lunar surface mechanical properties, temperature and radar reflectivity

Jaffe, L. D.