| M. Auinger | Grain Boundary Oxidation Processes and High Temperature Corrosion | 
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| M. Bäcker | Production of High Temperature Superconducting Tapes enhanced by Computational Thermochemistry |
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| P. Drozdz | Simulation of Deoxidation and Refining Process Using SimuSage |
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| B. Gorr | An Extension of the Data-file for the System Co-Re-Cr-C-O: Sourced and Restrictions of the Application |
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| K. Hack | Some new and useful features of FactSage |
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| J. Heulens | Phase Field Modeling of Isothermal Slag Crystallization Using FACT Databases |
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| T. Jantzen | Progress in data assessments for the HotVegas project |
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| E. Jipnang | Industrial Application of SimuSage for Metallurgical Processes Simulation |
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| Y. Kang | Thermodynamic Databases and Their Applications for Sulfur Control in Steelmaking |
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| B. Klaasen | Exergetic efficiency analysis of a pyrometallurgical zinc recycling process |
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| P. Koukkari | From Pyro to Bio: Applications of the Constrained Gibbs Energy Method |
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| T. Markus | Investigations of Degradation Phenomena in High Temperature DischargeLamps using Thermochemical Modelling |
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| H. Moog | THEREDA - The Thermodynamic Reference Database for Nuclear Waste Disposal in Germany |
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| Y. Nagano | Thermodynamic Software in Japanese Market |
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| R. Naraparaju | CorrKin – Simulating the Growth of Corrosion Layers |
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| M. Rettenmayr | SolKin - Computer Program Simulating the Evolution of Concentration Distributions and Microstructural Features During Solidification of Multicomponent Aluminum Alloys |
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| T. Tanaka | Collaboration between Osaka University and GTT Some examples of Calculation for Material Processing at High Temp. by the FactSage Family |
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| R. Vomhof | New Material Design Leads to an Other Casting Quality – Solidification, Stress, Mechanical Properties |
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| E. Yazhenskikh | Thermodynamic Optimisation of the System Al2O3-K2O-Na2O-SiO2 |
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