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Exploring the Unknown - NASA's History Office

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516<br />

1. Identify Products<br />

• Space Benefits<br />

• Economic Potential<br />

2. Proof of Concept<br />

• Verify Benefits<br />

• Design Data Base<br />

3. Apparatus Development<br />

• Processor Design<br />

• Processor Demonstration<br />

4. Pilot Plant Development<br />

• Systems Design<br />

• Operational Demonstration<br />

5. Commercial Operations<br />

• Plant Fabrication<br />

• Orbital Operations<br />

• Marketing<br />

Figure 23. Recommended roles<br />

Recommendations—The recommendations, in <strong>the</strong> form of an implementation plan<br />

for <strong>the</strong> commercial space manufacturing of silicon ribbon, recognize <strong>the</strong> need for NASA<br />

sponsorship along with <strong>the</strong> need to get commercial industry involved. Without early<br />

involvement, industry will not have a data base for <strong>the</strong> subsequent commercial operations<br />

investment decision. Specific recommendations, supported by <strong>the</strong> results of a crystal manufacturer’s<br />

survey conducted as part of <strong>the</strong> NASA study, are given in Figure 23. The message<br />

is that <strong>the</strong> government should sponsor space processing activities through pilot plant<br />

demonstrations, to decrease <strong>the</strong> implementation risk to a level commensurate with private<br />

venture capital commitment. The government in selecting processes for development can<br />

both stimulate economic growth and find solutions to problems of national concern such<br />

as <strong>the</strong> possible application of silicon ribbon in manufacturing solar cells for a solar power<br />

station. Without [19] this sponsorship it is possible that <strong>the</strong> potential economic benefits<br />

of space manufacturing may not be fully realized.<br />

The milestone schedule shown in Figure 24 identifies <strong>the</strong> major activities necessary to<br />

<strong>the</strong> implementation of space manufacturing of silicon ribbon. Included is a recommendation<br />

for sponsorship of <strong>the</strong> activity and identification of <strong>the</strong> group or organization that<br />

should take <strong>the</strong> initiative for any action. Immediate action toward technical development<br />

is necessary if space manufacturing is to become a reality by <strong>the</strong> 1985 target.<br />

[20] REFERENCES<br />

1. Witt, A. F., M562 Indium Antimonide Crystals, proc. Third Space Processing<br />

Symposium, Skylab Results, April 30–May 1, 1974, Huntsville, Ala.<br />

2. Walter, H. U., M560 Growth of Spherical Crystals, proc. Third Space Processing<br />

Symposium, Skylab Results, April 30–May 1, 1974, Huntsville, Ala.<br />

3. Business Week, February 16, 1976.<br />

SPACE AS AN INVESTMENT IN ECONOMIC GROWTH<br />

Activity NASA Industry<br />

Sponsor Systems Studies<br />

Sponsor Ground, Sounding Rocket<br />

Research and Development<br />

Sponsor Shuttle Demonstrations<br />

Sponsor Demonstration<br />

(Aerospace Plant Design, Fabrication)<br />

Operate Space Transportation System<br />

Consultants<br />

Consultants<br />

Experimenters<br />

Design Review<br />

Product Experimentation<br />

Design Review<br />

Operations Control<br />

Characterize Product<br />

Test Market<br />

Venture Capital & Control<br />

(Aerospace Plant Fabrication)<br />

Manufacturing Operations<br />

Marketing<br />

Commercial Carriage

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