Fracture-resistant ultralloys for space-power applications: Normal-spectral-emissivity and electron-emission studies of tungsten, rhenium, hafnium-carbide alloys at elevated temperatures-Reference-Cited by-同舟云学术

Fracture-resistant ultralloys for space-power applications: Normal-spectral-emissivity and electron-emission studies of tungsten, rhenium, hafnium-carbide alloys at elevated temperatures

Published:1990-01 Issue:6 Volume:35 Page:1049-1059
ISSN:0013-7944
Container-title:Engineering Fracture Mechanics
language:en
Short-container-title:Engineering Fracture Mechanics

Author:

Tsao B.H.,Tang D.,Jacobson D.L.,Morris J.F.

Publisher

Elsevier BV

Subject

Mechanical Engineering,Mechanics of Materials,General Materials Science

Reference22 articles.

1. Decreased creep for increased space powder;Morris;Engng Fracture Mech.,1986

2. Fracture-resistant dilute-solution ultralloys for space-power systems;Morris;Engng Fracture Mech.,1988

3. N. O. Moraga, D. L. Jacobson and J. F. Morris, Fracture-resistant ultralloys for space-power systems: nuclear-thermionic-conversion implications of W, 27Re. To appear in Engng Fracture Mech..

4. N. O. Moraga, D. L. Jacobson and J. F. Morris, Fracture-resistant ultralloys for space-power systems: thermionic and thermal emission from W, 30Re, 1ThO2. Submitted to Engng Fracture Mech..

5. B. H. Tsao, D. L. Jacobson and J. F. Morris, Fracture-resistant ultralloys for space-power systems: high-temperature tensile characteristics and fractographs for W, 30Re and W, 30Re, 1ThO2. Submitted to Engng Fracture Mech..

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