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Literaturverzeichnis
6 LITERATURVERZEICHNIS
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[1.2] www.energieinfo.de
[1.3] B. Becker: Potential Benefits of Advanced Materials for Performance and Life
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[1.4] F. Cattier: World Energy Outlook 2002; Presentation at the 7 th Liège
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[1.5] F. Masuyama: Trends in Power Engineering in Japan and Requirements for
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[1.6] U. Brill, R. Weiß: Einfluss des Wolframgehaltes auf die Eigenschaften der
hochwarmfesten Ni-Basis-Legierung 617; 25. Vortragsveranstaltung in Düsseldorf;
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[1.7] http://www.sturmlauf.de/stromerzeuger.html
[1.8] Kohle und Nachhaltigkeit aus „Durch Blick“; Zeitschrift der Dialog- und
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[1.9] F. Bauer: Driving Coal-fired Power Plants to Over 50% Efficiency; VGB
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[1.10] U. Dilthey, A. Brandeburg: Thermisch hochbelastete, offenporige und gekühlte
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Rheinisch-Westfälischen Technischen Hochschule Aachen; Teilprojekt D. 2. 1;
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[1.11] O. Wachter, P. J. Ennis, A. Czyrska-Filemonowicz: Investigation of the
Properties of the 9% Chromium Steel of the Type 9Cr-0,5Mo-1,8W-V-Nb with
Respect to its Application as a Pipework and Boiler Steel Operating at Elevated
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[1.12] L. A. Ruth: Materials Development for Advanced Vision 21 Power Plants;
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Engineering; 2002; pp. 1745-1766.
[1.13] J. Rösler, B. Böttger, M. Wolske, H. J. Penkalla, C. Berger: Wrought Ni-base
Alloys for Advanced Gas Turbine Disc and USC Steam Turbine Rotor Applications;
Proceeding of the 7 th Liège Conference; Materials for Advanced Power
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[2.1.1] www.burde-mettal.at/FeNi.htm
[2.1.2] W. Boesch: Superalloys; in Superalloys, Supercomposites and Superceramics;
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[2.1.3] Y. Koizumi, T. Kobayashi, T. Yokokawa, T. Kimura, M. Osawa, H. Harada:
Third Generation Single Crystal Superalloys with Excellent Processability and Phase
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