Lath formation mechanisms and twinning as lath martensite substructures in an ultra low-carbon iron alloy

A Simple Method for Observing ω-Fe Electron Diffraction Spots from α-Fe Directions of Quenched Fe–C Twinned Martensite

(2018) Dehai Ping et al.   ISIJ INTERNATIONAL

TEM investigations on lath martensite substructure in quenched Fe-0.2C alloys

(2018) T.H. Man et al.   MATERIALS CHARACTERIZATION

Microstructural Evolution and Carbides in Quenched Ultra-low Carbon (Fe–C) Alloys

(2017) Dehai Ping et al.   ISIJ INTERNATIONAL

ω-Fe particle size and distribution in high-nitrogen martensitic steels

(2017) D. H. Ping et al.   JOURNAL OF MATERIALS SCIENCE

Electron diffraction analysis of quenched Fe–C martensite

(2017) T. W. Liu et al.   JOURNAL OF MATERIALS SCIENCE

ω structure in steel: A first-principles study

(2016) Yuji Ikeda et al.   JOURNAL OF ALLOYS AND COMPOUNDS

Understanding Solid–Solid (fcc → ω + bcc) Transition at Atomic Scale

(2015) De-Hai Ping   Acta Metallurgica Sinica-English Letters

Phonon softening in paramagnetic bcc Fe and its relationship to the pressure-induced phase transition

(2014) Yuji Ikeda et al.   PHYSICAL REVIEW B

Review on ω Phase in Body-Centered Cubic Metals and Alloys

(2014) Dehai Ping   Acta Metallurgica Sinica-English Letters

{112}〈111〉 Twinning during ω to body-centered cubic transition

(2013) S.Q. Wu et al.   ACTA MATERIALIA

A popular metastable omega phase in body-centered cubic steels

(2013) D.H. Ping et al.   MATERIALS CHEMISTRY AND PHYSICS

Evolution of crystal structures in metallic elements

(2013) Atsushi Togo et al.   PHYSICAL REVIEW B

Modeling of the γ → α transformation in steels

(2012) A. A. Vasilyev et al.   PHYSICS OF THE SOLID STATE