Anfangsverformungs- und Alterungsverhalten von Dual-Phasen Stahl

[12] Blavette, D., Cadel, E., Fraczkiewicz, A. und Menand, A.: Three-dimensional atomicscale
imaging of impurity segregation to line defects, Science 286, (1999), S. 2317-2319.
[13] Borst, G.: Determination of nitrogen and carbon interstitially dissolved in continouslyannealed
steel sheets by means of a fully automatic torsional pendulum, Steel Research
61, (1990), S. 121-130.
[14] Bullough, R. und Newman, R. C.: The growth of impurity atmospheres around dislocations,
Proc. Roy. Soc. London A266, (1962), S. 198-208.
[15] Bullough, R. und Newman, R. C.: Impurity percipation on dislocations - a theory of
strain ageing Proc. Roy. Soc. London A266, (1962), S. 209-221.
[16] Cadel, E., Fraczkiewicz, A. und Blavette, D.: Atomic scale observation of Cottrell
atmospheres in B-doped FeAl (B2) by 3D atom probe field ion microscopy, Mat. Sci.
Eng. A A309-310, (2001), S. 32-37.
[17] Chang, L., Barnard, S. J., und Smith G. D. W.: The segregation of carbon atoms to
dislocations in low-carbon martensites: Studies by field ion microscopy and atom probe
microanalysis in: Fundamentals of ageing and tempering in bainitic and martensitic
steel products, Krauss, G. und Repas, P. E. (Herausgeber), Iron and Steel Society,
Warrendale, PA, USA, (1992), S. 19-28.
[18] Chen, Q., Pawelski, O. und Kaspar, R.: Contribution to the deformation characteristics
of dual-phase steels, Z. Metallkunde 76, (1985), S. 348-352.
[19] Cochardt, A. W., Schoeck, G. und Wiedersich, H.: Interaction between dislocations
and interstitial atoms in body-centered cubic metals, Acta Met. 3, (1955), S. 533-537.
[20] Cottrell, A. H. und Bilby, B. A.: Dislocation theory of yielding and strain ageing of
iron, Proc. Phys. Soc. London A62, (1949), S. 49-62.
[21] Cottrell, A. H.: Dislocations and plastic flow in crystals, Oxford Univ. Press London,
(1953)
[22] Davies, R. G.: Influence of martensite composition and content on the properties of
dual-phase steels, Met. Trans. A 9A, (1978), S. 671-679.
[23] Davies, R. G. und Magee, C. L.: Physical metallurgy of automotive high strength
steels in: Structure and properties of dual-phase steels, Kot, R. A. und Morris, J. W.
(Herausgeber), AIME, New York, (1979), S. 1-19.
[24] De, A. K., Soenen, B., De Cooman, B. C. und Vandeputte, S.: Carbon distribution
between matrix, grain boundaries and dislocations in ultra low carbone bake hardenable
steels, 42. MWSP Conf. Proc., ISS 38, (2000), S. 595-606.
90