Scholars@Duke publication: GAS-286 ULTRALIGHT REACTIVE METAL FOAMS PRODUCED AS STRUCTURAL SHAPES IN SPACE: SYSTEM DESIGN.

GAS-286 ULTRALIGHT REACTIVE METAL FOAMS PRODUCED AS STRUCTURAL SHAPES IN SPACE: SYSTEM DESIGN.

Publication , Journal Article

Cocks, FH; Morrill, JP; Feldman, MR

Published in: NASA Conference Publication

January 1, 1984

Duke Scholars

Author F. Hadley Cocks Thomas Lord Department of Mechanical Engineering and Materia ...

Published In

NASA Conference Publication

ISSN

0191-7811

Publication Date

January 1, 1984

Start / End Page

143 / 150

Citation

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Cocks, F. H., Morrill, J. P., & Feldman, M. R. (1984). GAS-286 ULTRALIGHT REACTIVE METAL FOAMS PRODUCED AS STRUCTURAL SHAPES IN SPACE: SYSTEM DESIGN. NASA Conference Publication, 143–150.

Cocks, F. H., J. P. Morrill, and M. R. Feldman. “GAS-286 ULTRALIGHT REACTIVE METAL FOAMS PRODUCED AS STRUCTURAL SHAPES IN SPACE: SYSTEM DESIGN.” NASA Conference Publication, January 1, 1984, 143–50.

Cocks FH, Morrill JP, Feldman MR. GAS-286 ULTRALIGHT REACTIVE METAL FOAMS PRODUCED AS STRUCTURAL SHAPES IN SPACE: SYSTEM DESIGN. NASA Conference Publication. 1984 Jan 1;143–50.

Cocks, F. H., et al. “GAS-286 ULTRALIGHT REACTIVE METAL FOAMS PRODUCED AS STRUCTURAL SHAPES IN SPACE: SYSTEM DESIGN.” NASA Conference Publication, Jan. 1984, pp. 143–50.

Cocks FH, Morrill JP, Feldman MR. GAS-286 ULTRALIGHT REACTIVE METAL FOAMS PRODUCED AS STRUCTURAL SHAPES IN SPACE: SYSTEM DESIGN. NASA Conference Publication. 1984 Jan 1;143–150.

Published In

NASA Conference Publication

ISSN

0191-7811

Publication Date

January 1, 1984

Start / End Page

143 / 150