Appendix II
Agency Specific Information
Table II.5: NASA Noncredit Program Obligations and Expenditures by Program (Fiscal Year 1990 Through December 31,
1994)
Dollars in thousands
Program end
Program
Obligations
Expenditures
date
Aeronautics Research and Technology Base
$582
$442
6/95
Functional Energy Block (FGB)
42,100
27,712
5/98
Galilieo S Band Study
70
70
Completed 2/93
High Speed Research Program
5,695
4,215
To be determined
Hypersonics Research and Technology
1,800
489
11/96
International Space Welding Experiment
136
0
6/98
Joint U.S. Russian Human Space Flight Activities
150,000
61,537
12/31/97
Laser Sensing Technology Program
10
10
Completed 2/94
Life and Biomedical Sciences
5
5
Completed 9/92
Life Sciences Biosatellite Program
6,614
0
7/98
Mars 1994
1,617
1,602
9/98
Microgravity Science and Applications Conference
74
74
9/95
Miscellaneous Space Access and Technology Projects
1,963
1,519
To be determined
Miscellaneous Space Science Research
52
52
To be determined
Mission to Planet Earth
100
50
4/21/96
Orbital Debris Program
6
6
Completed 9/92
Science Internet
150
150
9/95
Shuttle Support for MIR 1 Docking Module
19,500
15,075
6/95
Soyuz Assured Crew Rescue Vehicle
3,370
3,370
Completed 9/93
Space Station Engineering Operability Studies
Completed
1,000
1,000
1/31/94
Space Station Redesign
340
340
Completed 9/93
Support for Shuttle Mission at Gagarin Cosmonaut
112
112
12/31/96
Total
$235,296
$117,830
NASA
implemented the following 22 programs:
Aeronautics Research and
This program will assess the potential utility and technical tradeoffs
Technology Base
associated with Wing in Ground Effect aircraft, commonly referred to as
wingships, to help
NASA
determine whether to build/operate such aircraft
in the United States.
FGB Functional Energy
The goal of the program is to design, develop, manufacture, test, and
Block
deliver one flight FGB energy block, including spare parts, simulators, and
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