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Core-Shell Structure of Intermediate Precipitates 365


the Research Foundation of VGB (contract number: 348 and 397) in Germany, and the EU FP7 Z-ultra project (contract


number: 309916) are gratefully acknowledged for their financial support. Fang Liu is partly funded via LIGHTer, a program financed within Strategic Innovation Areas, a mutual venture between VINNOVA, the Swedish Energy Agency, and Formas.


REFERENCES


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CIPOLLA, L., DANIELSEN, H.K., VENDITTI, D., DI NUNZIO, P.E., HALD,J.&SOMERS, M.A.J. (2010). Conversion of MX nitrides to Z-phase in a martensitic 12% Cr steel. Acta Mater 58, 669–679.


DANIELSEN, H.K. & HALD, J. (2007). A thermodynamic model of the Z-phase Cr(V, Nb)N. CALPHAD 31, 505–514.


DANIELSEN, H.K. & HALD, J. (2009). Influence of Z-phase on long- term creep stability of martensitic 9 to 12% Cr steels. VGB PowerTech 5,68–73.


DANIELSEN, H.K. & HALD, J. (2009). On the nucleation and dissolution process of Z-phase Cr(V,Nb)N in martensitic 12% Cr steels. Mater Sci Eng A 505, 169–177.


DANIELSEN, H.K., HALD,J.&SOMERS, M. a J. (2012). Atomic resolution imaging of precipitate transformation from cubic TaN to tetragonal CrTaN. Scr Mater 66, 261–264.


ETTMAYER, P. (1971). The crystal structure of the complex nitrides NbCrN and Ta1-x Cr1+x N. Monatsh Chem 102, 858–863.


FISCHMEISTER, H.F., KARAGÖZ,S. & ANDRÉN, H.-O. (1988). An atom probe study of secondary hardening in high speed steels. Acta Metall 36, 817–825.


FORS, D.H.R. & WAHNSTRÖM, G. (2011). First-principles investigation of the stability of MN and CrMN precipitates under coherency strains in α-Fe ( M = V, Nb, Ta). J Appl Phys 109, 113709–113709–8.


GAULT,B., MOODY,M.P., CAIRNEY,J.M.&RINGER, S.P. (2012). Tomographic reconstruction. In Atom Probe Microscopy, Miller, M.K. & Forbes, R.G. (Eds), pp. 185–188.New York,NY: Springer.


LIU,F.&ANDRÉN,H.-O. (2011). Effects of laser pulsing on analysis of steels by atomprobe tomography. Ultramicroscopy 111,633–641.


LIU, F., RASHIDI, M., HALD, J., REIßIG,L.&ANDRÉN, H.-O. (2016a). Microstructure of Z-phase strengthened martensitic steels: Meeting the 650°C challenge. Mater Sci Forum 879, 1147–1152.


LIU, F., RASHIDI, M., JOHANSSON, L., HALD,J. & ANDRÉN, H.-O. (2016b). A new 12% chromium steel strengthened by Z-phase precipitates. Scr Mater 113,93–96.


MAYER, K.-H. & MASUYAMA, F. (2008). The development of creep- resistant steels. In Creep-Resistant Steels, Abe, F., Kern, T.-U. & Viswanathan, R. (Eds.), pp. 15–77. Cambridge, UK: Woodhead Publishing.


MILLER,M.K.(2000). Datapresentationand analysis.In Atom Probe Tomography Analysis at the Atomic Level, Miller, M.K. (Ed.), pp. 157–193.New York, NY: Kluwer Academic/Plenum Publishers.


MILLER, M.K. & FORBES, R.G. (2014). The art of specimen preparation. In Atom-Probe Tomography: The Local Electrode Atom Probe, pp. 189–225. New York, NY: Springer.


RASHIDI,M., LIU,F.&ANDRÉN, H.-O. (2014). Microstructure characterization of two Z-phase strengthened 12% chromium steels. In 10th Liège Conference: Materials for Advanced Power Engineering, Lecomte-Beckers, J., Dedry, O., Oakey, J. & Kuhn, B. (Eds.), pp. 71–80.Liège,Belgium:ForschungszentrumJülichGmbH.


WILLIAMS,D.B.&CARTER, C.B. (2009). Transmission Electron Microscopy: A Textbook for Materials Science. New York: Springer.


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