FraserR. W., MEDDINGSB., EVANSD.J., and MACKIWV. N.: ‘Mod-ern developments in powder metallurgy’, Vol. 2, 87; 1965, Princeton, NJ, MPIF/American Powder Metallurgy Institute.
15.
DeckerR. F.: Proc. Fourth Symp. on ‘Superalloys’, 1; 1980, New York, ASME.
16.
High temperature high strength nickel base alloys, Inco Pub-lication A-393—A, 1977.
17.
Superalloys for gas turbine engineering’, Henry Wiggin Pub-lication3755, 1980.
18.
AllenN. M., ATHEYR. L., and MOOREJ. B.: Met. Eng. Q., 1970, 10, (1), 20.
19.
EvansD. J., DUHLD. N., and SLACKR. B.: ‘Modern developments in powder metallurgy’, Vol. 8, 473; 1974, Princeton, NJ, MPIF/American Powder Metallurgy Institute,
20.
AllenN. M., ATHEYR. L., and MOOREJ. B.: Progr. Powder Metall., 1975, 31, 243.
21.
ThompsonF. A.: Preprint to Fourth European Powder Metal-lurgy Symp., 13-15 May 1975, Grenoble.
22.
LewisG. J., PARKIND. M., and THOMPSONF. A.: ‘Forging and properties of aerospace materials’, 399; 1978, London, The Metals Society.
23.
EvansD. J. and ENGR. D.: ‘Modern developments in powder metallurgy’, 1981, Vols. 12-14; 1981, Princeton, NJ, MPIF/American Powder Metallurgy Institute.
24.
EngR. D. and EVANSD. J.: Proc. Fourth Symp. on ‘Superalloys’, 491; 1980, ASME.
25.
DamaraF. N., HUNTINGTONJ. S., and MACHLINE. S.: J. Iron Steel Inst., 1959, 191, 266.
26.
PatentsGerman2 103 875 and 2 108 978.
27.
PatentUS3 099 041.
28.
PatentUS3 510 546.
29.
EggarJ. W. and SIDDALLR. J.: ‘Modern developments in pow-der metallurgy’, Vols. 12-14; 1981, Princeton, NJ, MPIF/American Powder Metallurgy Institute.
30.
HayesA. F. and RIDDERR. J.: Progr. Powder Metall., 1975, 31, 289.
31.
SymondsC. H. and THOMPSONF. A.: 42nd MeetingAGARD Structure and Materials Panel, Ottawa, 4-9 April 1976.
MorrisC. A. and SMYTHJ. W.: Superalloys — Processing’, MCIC Report, 1972, Y-1.
36.
‘Superalloys by powder atomisation’, Henry Wiggin Publica-tion25018E.
37.
BetzW., BORCHERTB., and TRACKW.: Proc. Fourth Symp. on ‘Superalloys’, 643; 1980, New York, ASME.
38.
ThompsonF. A., LEWISG. J., and WILLIAMSD. L.: Preprints of Fifth European Symp. on Powder Metallurgy, PM78, Stock-holm, 4-8 June 1978.
39.
BarkerJ. F. and DERMOLENE. H. VAN: ‘Superalloys — Proces-sing’, MCIC Report, 1972, AA-1.
40.
BartosJ. L. and MATHURP. S.: Proc. Fourth Symp. on ‘Superal-loys’, 495; 1980, New York, ASME.
41.
PatentUS3 519 503
42.
MoskowitzL. N., PELLOUXR. M., and GRANTN. J.: Superalloys — Processing’, MCIC Report, 1972, Z-1.
43.
LarsonJ. M.: ‘Modern developments in powder metallurgy’, Vol. 8, 537; 1974, Princeton, NJ, MPIF/American Powder Metallurgy Institute.
44.
ReichmanS. H. and SMYTHJ. W.: ‘Modern developments in powder metallurgy’, Vol. 8, 73; 1974, Princeton, NJ, MPIF/American Powder Metallurgy Institute,
45.
MinerR. V. and DRESHFIELDR. L.: paper presented at Annual Meeting of American Institution for Mining, Metallurgical and Petroleum Engineers, Las Vegas, Nevada, 24-28 Feb. 1980.
46.
DreshfieldR. L. and MINERR. V.: Powder Metall. Int., 1980, 12, (2), 83.
47.
TrackW. and BETZW.: ‘Modern developments in powder metallurgy’, Vols. 12-14; 1981, Princeton, NJ, MPIF/Ameri-can Powder Metallurgy Institute.
48.
LawC. C. and BLACKBURNM. J.: ‘Modern developments in powder metallurgy’, Vols. 12-14; 1981, Princeton, NJ, MPIF/American Powder Metallurgy Institute.
49.
CutlerC. P., THOMPSONF. A., and SIDDALLR. J.: paper presented at 108th AIME Annual Meeting, New Orleans, Feb. 1979.
50.
CremensW. S. and GRANTN. J.: Proc. ASTM, 1958, 58, 714.
51.
BenjaminJ. S.: Metall. Trans., 1970, 1, (10), 2943.
52.
BenjaminJ. S.: Sci. Am., 1976, (5), 234.
53.
BenjaminJ. S. and CAIRNSR. L.: ‘Modern developments in pow-der metallurgy’, Vol. 5, 47; 1971, Princeton, NJ, MPIF/American Powder Metallurgy Institute.
54.
CairnsR. L. and BENJAMINJ. S.: J. Eng. Mater. Technol., 1973, 95, 10.
HotzlerR. E. and GLASGOWT. K.: Proc. Fourth Symp. on ‘Superalloys’, 455; 1980, New York, ASME.
57.
CairnsR. L., CURWICKL. R., and BENJAMINJ. S.: Metall. Trans., 1975, 6A, 179–188.
58.
‘Inconel alloy MA754’, Huntington Alloys Inc. Data Sheet no. 3M 8-78 5-55, 1978, Huntington, West Virginia.
59.
BenjaminJ. S. and LARSONJ. M.: Paper presented at AIAA Aircraft Systems and Technology Meeting, Dallas, Texas, 27-29 Sept., 1976.
60.
GlasgowT. K.: Paper presented at 20th Structures, Structural Dynamics and Materials Conf. of AIME and ASCE, St Louis, Missouri, 4–6 April 1979.
61.
KimY. G. and MERRICKH. F.: Proc. Fourth Symp. on ‘Super-alloys’, 551; 1980, New York, ASME.
62.
MerrickH. F., CURWICKL. R., and KIMY. G.: ‘Development of an oxide dispersion strengthened turbine blade alloy by mechani-cal alloying’, NASA Cr-135150 (NASA Contract NAS3-19694), NASA—Lewis Research Center, Cleveland, Ohio, 1977.
63.
KimY. G. and MERRICKH. F.: ‘Characterisation of a mechanically alloyed ODS superalloy MA 6000E for turbine blade applica-tions’, (NASA Contract NAS3-20093), NASA—Lewis Research Center, Cleveland, Ohio, 1978.
64.
‘Incoloy Alloy MA956’, Henry Wiggin Data Sheet 3690.
65.
FisherJ. J., ASTLEYI., and MORSEJ. P.: Proc. Third Symp. On ‘Superalloys’, 361; 1976, Baton Rouge, Claitors.
66.
FroesF. H., EYLOND., EICHELMANG.E., and BURTEH. M.: T. Met., 1980, 32, (2), 47.
67.
DreshfieldR. L. and MINERR. V.: ‘Modern developments in powder metallurgy’, Vols. 12-14; 1981, Princeton, NJ, MPIF/American Powder Metallurgy Institute.
68.
CoxA. R., MOOREJ. B., and REUTHE. C. VAN: Proc. Third Symp. on ‘Superalloys’, 45; 1976, Baton Rouge, Claitors.
69.
CoxA. R. and REUTHE. C. VAN: Met. Technol., 1980, 7, 238.
70.
BennR. C.: Proc. Fourth Symp. on ‘Superalloys’, 541; 1980, New York, ASME.