References
  1. Nuclear Fuel, vol. 24, no. 14, p1, 12 July 1999.
    2.

  2. Goll G, "Kernenergie im liberalisierten Strommarkt – Risiken und Chancen aus der Sicht der Energieversorgungsunternehmen." Annual Meeting on Nuclear Technology 99, Karlsruhe, Germany, 18–20 May 1999. Summary published in Atomwirtschaft 07/99.

  3. Lettau H, Spierling H & Urban P, Progress in Fuel Assembly Development: Benefits and Risks. Proceedings of the European Nuclear Society , ENC98, Nice, France, 1998.

  4. Gross H & Krebs W-D, "Siemens View on Safety Issues on Advanced Fuel". Atomwirtschaft, p318ff, May 1998.

  5. Gross H & Urban P, Technical and Licensing Challenges and their Solutions for High Burnup. Proceedings of the International Conference on LWR Nuclear Fuel (Topfuel 99), Avignon, France, 13–15 September 1999 (forthcoming).

  6. Dietrich M, Drecker St, Güldner R & Hoff A, Automation in Siemens Fuel Manufacturing — the Basis for Quality Improvement by Statistical Process Control (SPC). Proceedings of the International Conference on LWR Nuclear Fuel (Topfuel 99), Avignon, France, 13–15 September 1999 (forthcoming).

  7. Heins L, Fuel Rod Design by Statistical Methods for Increased Demands. Proceedings of the International Conference on LWR Nuclear Fuel (Topfuel 99), Avignon, France, 13–15 September 1999 (forthcoming).

  8. Finnemann H & Merk S, An Integrated Software System for Core Design and Safety Analyses — Cascade-3D. Proceedings of the International Conference on LWR Nuclear Fuel (Topfuel 99), Avignon, France, 13–15 September 1999 (forthcoming).
Contribution of Advanced Fuel Technologies to Improved Nuclear Power Plant Operation

Restore Frames  |  Sym Home  |  Programme  |  Back   |  Forward