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Astronautics and Aeronautics, 1967 - NASA's History Office

Astronautics and Aeronautics, 1967 - NASA's History Office

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During July ASTRONAUTICS AND AERONAUTICS, <strong>1967</strong><br />

double 1963’s $1.4 billion. Although R&D support increased from $813.2<br />

million to $1,257.7 million, its percentage share of the total dropped<br />

from 58 to 42. Federal agencies expected a drop in annual rate of<br />

growth in MD support from 16% in 1%3-66 to 8% in 1966-68. Sup<br />

port for nonscience activities, however, had increased ninefold, from<br />

$85 million in 1963 to $847 million in 1966. (Text)<br />

Joint Committee on Atomic Energy reported that internal Chinese Com-<br />

munist strife had had little effect on nuclear weapon program, that<br />

Chinese Communists could possibly launch a “low order” missile attack<br />

on US. by early 19709, <strong>and</strong> that their progress in developing thermo-<br />

nuclear weapons had been “excellent.” Joint Committee report, Zmpuct<br />

of Chinese Communist Nuclear Weapons Progress on United Stutes<br />

National Security, was based on testimony by officials from State Dept.,<br />

DOD, AJEC, CIA, <strong>and</strong> nuclear weapon laboratories. (Text)<br />

* Low-orbit space operations from a manned orbital base “has the potential<br />

to reduce operating costs by a factor of two” for the mission traffic<br />

anticipated for post-1970, G. A. Sears of the RAND Corp. had concluded.<br />

His paper, Orbital Basing: Key to Low Cost Space Operations?, com-<br />

pared present earth-based manned spaceflight program with concept of<br />

basing spacecraft at manned space station. Spacecraft would be injected<br />

into mission orbits as required <strong>and</strong> later rejuvenated for reuse by<br />

rendezvous with station. Spacecraft would have to operate nearly co-<br />

planar with base, a constraint acceptable to many but not all low-orbit<br />

missions; however, as method of reducing cos&, orbital basing “deserves<br />

attention on a par with recovery-to-earth <strong>and</strong> reuse <strong>and</strong> extended-life<br />

concepts,” Sears stated. (Text)<br />

228

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