Publikationen von M. Biberacher

Biberacher, M.; Hamacher, T.; Reisinger, H.; Reuter, A.: Szenarien künftiger Energiesysteme. VEÖ Journal September, S. 14 - 17 (2003)

Biberacher, M.; Hamacher, T.; Reisinger, H.; Reuter, A.: Szenarien künftiger Energiesysteme, Teil 2. VEÖ Journal Oktober, S. 18 - 20 (2003)

Hamacher, T.; Biberacher, M.; VLEEM Consortium: The VLEEM back-casting approach: a sketch of the methodology. In: Annual Meeting of the International Energy Workshop (Hg. (EMF), E. M. F.; (IEA), I. E. A.; (IIASA), I. I. f. A. S. A.). International Energy Workshop, Laxenburg, Austria, 24. Juni 2003 - 26. Juni 2003. (2003)

Biberacher, M.; Hamacher, T.; Bradshaw, A.M.; Shukla, R.P.: Fusion as a new supply option in long-term energy studies. World Energy Consul, Sydney (AU).

Mühlich, P.; Hamacher, T.; Ward, D.; Han, W.; Eherer, C.; Silva, C. A. S.; Gracceva, F.; Ciorba, U.; Biberacher, M.; Gronheit, P. E. et al.; Lechon, Y.; Pina, A.; Cabal Cuesta, H.; Hartmann, T.; Tosato, G. C.: The Potential Role for Fusion Power in Future Energy Markets. 23rd IAEA Fusion Energy Conference, Daejeon (2010)

Biberacher, M.; Hamacher, T.; Bradshaw, A. M.; Shukla, R. P.: Fusion as a new supply option in long-term energy studies. 19th World Energy Congress (WEC2004), Sydney (2004)

Düweke, J.; Hamacher, T.; Biberacher, M.; Shukla, R. P.: The role of fusion in the energy economy of the 21st century. Jahrestagung Kerntechnik, Düsseldorf (2004)

Hamacher, T.; Chateau, B.; Biberacher, M.; VLEEM Consortium: The Very Long Energy and Enviromental Model (VLEEM): Outline of the Methodology. Annual Meeting of the International Energy Workshop (IEW), Paris (2004)

Mühlich, P.; Hamacher, T.; Hartmann, T.; Lechon, Y.; Cabal, H.; Labriet, M.; Gravecca, F.; Ciorba, U.; Biberacher, M.; Gronheit, P. E. et al.; Ward, D. J.; Han, W. E.; Lehtilae, A.; Eherer, C.: Global energy scenarios in the multi-regional EFDA-TIMES energy system model. 25th Symposium on Fusion Technology (SOFT 2008), Rostock (2008)

Biberacher, M.: Modelling and optimisation of future energy system using spatial and temporal methods. Dissertation, 142 S., Universität Augsburg, Augsburg (2004)