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Professor

Goro MIYAMOTO

	Research	Crystallography of phase transformation and precipitation in steels Transformation kinetics and element partitioning in diffusional transformation Surface hardening by nano-sized precipitates (nitriding)
	E-Mail	goro.miyamoto.e8 (atmark) tohoku.ac.jp ※ Please change to (atmark)=@

Associate Professor

Yongjie ZHANG

	Research	Precipitation strengthening of nano-sized alloy carbide in steel Alloying effects on growth kinetics of ferrite and pearlite Grain boundary segregation behaviors of solute elements in ferrous alloys
	E-Mail	yongjie.zhang.a5 (atmark) tohoku.ac.jp ※ Please change to (atmark)=@

Assistant professor

Yulin XIE

	Research	Microstructural development and mechanical properties of austenitic steels duringlow-temperature nitriding High-temperature oxidation and nitriding nehavior of iron and steels Development of an automated autonomous experimental system for structural metallic materials
	E-Mail	yulin.xie.d1(atmark) tohoku.ac.jp ※ Please change to (atmark)=@

Secretary & Research assistant

Fumiyo NARITA

Researcher

Sayaka SEKIDA

Fan Luyao

Technical staff

Kunio SHINBO

Rie SASE

Student

	D3 Ryota TAKAO		D2 Kanon SATO
	Effect of alloying elements on nitriding behavior in low-alloy carbon steel		Mechanism clarification of non-equilibrium growth during forward and reverse transformations
	D1 Kenta TSUJII		D1 Hirokazu OKABE
	Elucidation of carbonitriding behavior in case-hardening steels		Development of an integrated computational approach for predicting phase diagrams, thermodynamic properties, and microstructures using neural network potentials
	M1 Tomoki SUGAWARA		M1 Takumi TERADA
	High-temperature oxynitridation behavior and reaction kinetics model for Fe-Ni-Cr alloys		Elemental partitioning behavior during reverse transformation in Fe-Ni-C alloys
	M1 Sakura TODATE		M1 Ayami HANADA
	B and P segregation behavior at prior austenite grain boundaries in lath martensitic structures		Grain boundary melting behavior during high-temperature oxidation of Cu-containing steels

Special Research Student

	Haiyu LUO		Yunxuan WEI
	Dissolution-precipitation mechanisms of rare-earth dispersoids in Al alloys		Formation mechanism of “nodular” ferrite in interphase precipitation strengthened steel