Metallography and metals testing techniques; a compilation.

Mode of access: Internet.

The reactions of metals with gases at high temperatures.

At head of title: U. S. Navy, Office of Naval Research, Research Contract N7-onr-329, Task Order II.

Self-diffusion of metals and associated phenomena :

"Contract AT-30-1-GEN-367."

Nondestructive determination of grain size in metals /

"Contract no. AT-30-1 GEN-366 ; Issued August 1955.

Nucleation of voids in metals during diffusion and creep /

Experimental evidence is presented which proves that voids formed during diffusion in brass are heterogeneously nucleated. The nuclei appear to be oxide particles, probably ZnO. When these are removed by re-melting, voids practically do not form upon subsequent dezincification. Brass which had been freed of void nucleation catalysts exhibited a considerably reduced tendency for grain boundary cracking during creep, and increased stress-rupture life.

Materials of engineering. v.3. A treatise on brasses, bronzes and other alloys, and their constituent metals.

Mode of access: Internet.

The metallurgy of yttrium and the rare earth metals.

"Materials Central, Contract No. AF33(616)-5905, Project No. 7351."

Sources of information on the properties of metals and alloys.

"April 15, 1943."

Beach rambles in search of seaside pebbles and crystals : with some observations on the origin of the diamond and other precious stones /

Added title page, engraved

Toxic heavy metals in groundwater of a portion of the Front Range Mineral Belt : partial completion report /

"OWRT Project No. A-023-COLO."

Biological monitoring of pesticides, heavy metals and other contaminants at Rocky Mountain Arsenal : phase 1 /

July 1979.

The light metals handbook.

v. 1. Texts.--v. 2. Tables.

The End-use markets for 13 nonferrous metals /

Item 231-B-1

Bonding of various metals and alloys by isostatic pressing at elevated temperatures /

Work performed at the Sylvania-Corning Nuclear Corporation under contract AT-30 GEN-366.

Isostatic pressing of UO₂ in high temperature metals /

The hot isostatic pressing process has been applied at temperatures up to 1500°C for the fabrication of high temperature fuel rods composed of UO₂ clad in columbium and UO₂ in iron-aluminum type alloy. The fused UO₂ powder apparently becomes quite plastic at temperatures above 1200°C and can be isostatically compacted at 1500°C to 98% of its theoretical density. Columbian tubes particularly lend themselves to the fabrication of fuel rods by simultaneously compacting and cladding UO₂ powders in the tubes, but the cast iron-aluminum type alloy that was used was unsatisfactory because of its brittleness.