Constitution of Ni–Cr–Ru systemChakravorty, S.; West, D. R. F. · Materials Science and Technology · 1985

Intermetallic compound precipitation in Ni–Cr–Al–Mo systemChakravorty, S.; Sadiq, S.; West, D. R. F. · Materials Science and Technology · 1987

Constitution of Ni rich alloys in Ni–Mo–Ta systemChakravorty, S.; West, D. R. F. · Metal Science · 1983

Development of high strength in Ni–42Cr–7·7Al (at.-%) alloyChakravorty, S.; Sadiq, S.; West, D. R. F. · Materials Science and Technology · 1988

Constitution of Ni rich alloys in Ni-Al-Mo-Ta system at 1523 KChakravorty, S.; West, D. R. F. · Metal Science · 1984

Ni <sub/>3</sub> AI–Ni <sub/>3</sub> Cr–Ni <sub/>3</sub> Ta section of Ni–Cr–AI– Ta systemChakravorty, S.; West, D. R. F. · Materials Science and Technology · 1985

Constitution of Ni-rich alloys in Ni–AI–Mo–Ta system at 1273 and 1073 KChakravorty, S.; West, D. R. F. · Materials Science and Technology · 1985

Continuous castingWeinberg, F. · Metals Technology · 1979

Trace elements in superalloys–an overviewMeetham, G. W. · Metals Technology · 1984

Further aspects of inclusion deformationGove, K. B.; Charles, J. A. · Metals Technology · 1974

Sulphide shape controlBanks, T. M.; Gladman, T. · Metals Technology · 1979

Overheating and burning in steel castingsBaker, T. J.; Harrison, W. D. · Metals Technology · 1975

Discussion on castingCharles, J. A. · Metals Technology · 1976

The philosophy of inspectionMacQuarrie, N. A.; Smith, M. · Metals Technology · 1974

Trace elements in superalloysMetals Technology · 1984