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Corrosion behavior of advanced intermetallic materials.

Authors
Covino-BS Jr.; Rhoads-SC
Source
Proc 1st Int'l Symp on Env Effects on Advance Materials Nace 1991 :16-1--16-7
Link
NIOSHTIC No.
10011633
Abstract
The Bureau of Mines has conducted research on the preparation and subsequent fabrication of iron and titanium-based intermetallics as part of its effort to develop alternate materials for use in the mining and minerals processing industries. Part of the research involved a study of the corrosion behavior of several of these materials in aggressive environments. Tests were conducted to determine the effects of composition, solution aeration, and exposure time on the corrosion rates of the intermetallic materials. Titanium had the lowest corrosion rate of all the metals tested. Of the intermetallics tested ti3al had the lowest corrosion rate, tial has the second lowest corrosion rate, and feal had the highest corrosion rate.
Publication Date
19910101
Document Type
OP
Fiscal Year
1991
NTIS Accession No.
NTIS Price
Identifying No.
OP 311-92
NIOSH Division
ALRC
Source Name
Proc. 1st Int'l Symp. on Env. Effects on Advance Materials; Nace, 1991
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