Abstract
The densification and sintering behaviour observed in a small number of experiments with 90–5–5 tungsten-nickel-iron alloys are discussed. The alloys were produced by mechanical alloying in a low-speed rotating drum attritor. The mechanically alloyed materials gave an increased density on sintering with a larger volume of intermetallic products in the microstructure.
Get full access to this article
View all access options for this article.
References
1.
Benjamin
J. S.
: Metall. Trans. , 1970 , 1 , 2943 .
2.
Benjamin
J. S.
: Sc!. Am ., 1976 , 234 , 40 .
3.
Gessinger
G. H.
: Planseeber. Pulvermetall. , 1976 , 24 , 32 .
4.
Babich
B. N.
,
Ya
S.
KOLDPAEVA , Yu A. KUSTOV, A. I. CHEMYAK , and B. V.SHCHETANOV: Soy. Powder Metall. Met. Ceram. , 1977 , 16 , 121 .
5.
Kramer
K. H.
: Powder Metall. Int. , 1977 , 9 , 105 .
6.
Williams
D. J.
,
CLYENS
S.
, and
JOHNSON
W.
: 20th Int. Conf. on ‘Machine tool design and research’, September 1979, Univer-sity of Birmingham.
7.
Huppmann
W. J.
: ‘Sintering and catalysis: material science research’ , (ed.
Kuczynski)
G. C.
, vol. 10, 359-378; 1975, New York, Plenum Press.
8.
Huppmann
W. J.
, and
BAUER
W.
: Powder Metall. , 1975 , 18 , 249 .
