Proceedings 61 bis 70 von 87 EinträgenGürtler, A.; Wessely, B.; Altmann, J.; Ripperger, S.: Particle characterization by means of focused ultrasound. In: PARTEC 2004 - International Congress on Particle Technology (2004)Wessely, B.; Altmann, J.; Feller, U.; Gabsch, S.; Ripperger, S.: Particle sizing in concentrated dispersions using imaging sensors. In: PARTEC 2004 - International Congress on Particle Technology (2004)Richter, A.; Babick, F.; Ripperger, S.: Measurement range extension of ultrasonic spectroscopy for particle size characterization by enhancing analysis models. In: PARTEC 2004 - International Congress on Particle Technology (2004)Babick, F.; Ripperger, S.: Information Content of acoustic attenuation spectra. In: PARTEC 2004 - International Congress on Particle Technology (2004)Babick, F.; Stintz, M.; Richter, A.; Ripperger, S.: The position of ultrasonic spectroscopy within submicron particle size analysis methods. In: PARTEC 2004 - International Congress on Particle Technology (2004)Stintz, M.; Barthel, H.; Heinemann, M.: Particle Size Distribution of fumed Silica Agglomerates at Low Shear Stress. In: Organosilicon Chemistry V: From Molecules to Materials (2003)Babick, F.; Stintz, M.; Barthel, H.; Heinemann, M.: Characterization of Size and Structure of Fumed Silica Particles in Suspensions. In: EOD2 - 2nd European Organosilicon Days (2003)Stintz, M.; Barthel, H.; Heinemann, M.; Ripperger, S.: IN 298. Comparison of Methods to Characterize the Agglomerate Size of Nanometer Particles. In: Proceedings of 4th World Congress on Particle Technology (2002)Babick, F.; Trinh, T.H.H.; Stintz, M.; Ripperger, S.: Characterization of Food emulsions with the ultrasonic spectroscopy. In: WCPT4 - 4th World Congress on Particle Technology (2002)Babick, F.: Einführung in die Ultraschallspektroskopie zur Ermittlung von Partikelgrößenverteilungen nanoskaliger Dispersionen. In: Zweites Dresdner Seminar Partikeltechnik Dresden (2001)Zurück 1 2 3 4 5 6 7 8 9 WeiterDiese Informationen werden vom Vorgängersystem FIS bereitgestellt.