Scripta Materialia

Preface to the Viewpoint Set on: Bainite
pp. 137-138(2)
Author: Hillert M.

A progress report on the definitions of bainite
pp. 139-144(6)
Authors: Aaronson H.I.; Spanos G.; Reynolds W.T.

Partition of carbon and alloying elements during the growth of ferrous bainite
pp. 145-149(5)
Author: Enomoto M.

The role of carbon on the kinetics of bainite transformation in steels
pp. 151-156(6)
Authors: Quidort D.; Brechet Y.

The mechanism of bainite transformation in steels
pp. 157-162(6)
Authors: Fang H.-S.; Yang J.-B.; Yang Z.-G.; Bai B.-Z.

Partitioning and the growth of bainite
pp. 163-167(5)
Authors: Shiflet G.J.; Hackenberg R.E.

A discussion on the atomic mechanism of the bainitic reaction in TRIP steels
pp. 169-173(5)
Authors: van der Zwaag S.; Wang J.

Paradigm shift for bainite
pp. 175-180(6)
Author: Hillert M.

Bainite: defect signatures
pp. 181-185(5)
Author: Purdy G.R.

Formation of bainite as a diffusional-displacive phase transformation
pp. 187-192(6)
Authors: Muddle B.C.; Nie J.F.

Comparison of interphase boundary structure between bainite and martensite in steel
pp. 193-199(7)
Authors: Moritani T.; Miyajima N.; Furuhara T.; Maki T.

Crystallographic aspects of bainite transformation in steels
pp. 201-206(6)
Author: Ohmori Y.

Aspects of the surface relief definition of bainite
pp. 207-212(6)
Authors: Aaronson H.I.; Rigsbee J.M.; Muddle B.C.; Nie J.F.