+ 1970 News Releases (7.6 Mb PDF file) - NASA

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The data returned from the Earth Resources Technology Satellite will be used by the scientific community along with data from these experiments and the _C airborne program to assess the benefits possible from remote sensing from orbital altitudes in the areas of agriculture_ forestry_ geography, geology, hydrology_ oceanography and other _arth resources disciplines.
I . TIONAL AERONAUTICS AND SPACE ADMINISTRATION MANNEDSPACECRAFT` "tr'ox- 483-5111 June 22, <strong>1970</strong> MSC 70-71 HOUSTON_ TEXAS--The National Aeronautics and Space Administration Monday announced the Laser Ranging Retro-Reflector (LRRR), similar to the one placed on the lunar surface during the first U.S. lunar landing_ has been added to the scientific experiment package scheduled to fly a- board the Apollo 14. The LRRR_ designed to make laser distance measurements from the Earth to the Moon with an accuracy of six inches is scheduled to be placed in the Fra Mauro region of the Moon by astronauts Alan B. Shepard_ Jr. and Edgar D. Mitchell. The Apollo 14 is scheduled for launch no earlier than Dec. 3_ <strong>1970</strong>. The proposed landing site for Apollo 14 is 3 degrees 36 minutes South and 17 degrees 24 minutes West_ approximately 800 miles west of the position of the Apolto tl LRRR in the Sea of Tranquility. Lunar range measurements from the second LRRRwill provide valuable new information to scientists on the dynamics of the Earth-Moon system. The two LRRR will serve as a "bench mark" to which precise range measurements can be made by timing the round-trip of a short pulse of laser light reflected from it. Eventual plans call for the placement of a third LRRR on the surface of the Moon, The LRRR consists of an array of 100 special reflectors of fused silica mounted on a square frame 18 inches on a side and weighs about 45 pounds (Earth weight). A very short laser pulse of light is transmitted from an Earth-based telescope to the Moon-based reflected. The distance can be calculated from the measured round-trip travel time (approximately 2.5 seconds) and the speed of light (186,000 raps). -more-
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NEWS R_A_ _0_ 70-1 Sigurd Sjoberg n
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KmWS R_EAS_ _0_ , , ,, , , . RELEAS
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,,,NNEDSPACECRAFT TER ToxBs 483-511
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AFT ___Hous'l:on MANNED_cES PACEC_T
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