Kompetenzzentrum für Materialfeuchte

SIMSAN - Simulation-supported development of process-stable raw material components and suspensions for the production of ceramic sanitary ware on the basis of modified mineral surfaces

  • Autor:

    Engels, M. / Agne, T. / Bayard, E. / Diedel, R. / Emmerich, H. / Emmerich, K. / Hass, S. / Latief, O. / Peuker, M. / Steudel, A. / Vuin, A. / Yang, H. (2010)

  • Quelle:

    Geotechnologien Science Report No. 16, Mineral Surfaces - From Atomic Processes to Industrial Application, Johannes-Gutenberg-Univeristät, Mainz, Deutschland, 26.-2.7. Oktober, 126-139

  • Datum: 2010
  • Engels, M. / Agne, T. / Bayard, E. / Diedel, R. / Emmerich, H. / Emmerich, K. / Hass, S. / Latief, O. / Peuker, M. / Steudel, A. / Vuin, A. / Yang, H. (2010): "SIMSAN - Simulation-supported development of process-stable raw material components and suspensions for the production of ceramic sanitary ware on the basis of modified mineral surfaces". In: Geotechnologien Science Report No. 16, Mineral Surfaces - From Atomic Processes to Industrial Application, Johannes-Gutenberg-Univeristät, Mainz, Deutschland, 26.-2.7. Oktober, 126-139