Des matériaux et des applications spécifiques aux instruments vous permettent d’explorer les solutions thermoanalytiques pour votre propre gamme de matériaux ; faîtes de votre sélection.
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 | AS-051-2006 Barium zirconate (BaZrO3) Auteur: NETZSCH Applications laboratoryDetermination of sintering behavior of a barium zirconate sample |  |
 | AS-052-2006 Yttrium Barium Copper Oxide (YBCO) Auteur: NETZSCH Applications laboratoryInvestigation of caloric transitions and mass change of yttrium barium copper oxide (YBCO) |  |
 | P-001 Injection of liquids and gases in order to quantify evolved species by means of STA-FTIR Auteur: E. Kaisersberger, E. Kapsch, M. Maciejewski, E. FügleinInjection of liquids and gases in order to quantify evolved species by means of STA-FTIR
SKT, Bad Orb (2003) |  |
 | PR-269-05 High-Temperature Behavior of Tantalum Oxide Ta2O5 Auteur: E. Füglein, R. Rix, R. HockPhase transition of Tantalum Oxide investigated by means of XRD, DSC and DIL
Z. anorg. allg. Chem. 628 9-10 (2002) 2154 |  |
 | PR-270-05 Kinetic Analysis of the Thermal Transformation from Goethite to Hematite Auteur: D. Walter, E. Füglein, J.R. OpfermannDehydration reaction investigated with TG and kinetic studies of the mechanism depending on the particle size
IXthEuropean Conference on Solid State Chemistry, Stuttgart, (2003) 248 |  |
 | AS-069-2006 Oxide Refractory Auteur: NETZSCH Applications laboratoryThermal behavior of an oxide refractory between ambient temperature and 1500°C |  |
 | AS-073-2006 Ceramic Varistor Auteur: NETZSCH Applications laboratoryComparison of good and bad varistors by means of TG and EGA |  |
 | AS-079-2006 Silicium Carbide Auteur: NETZSCH Applications laboratoryTemperature-dependent behavior and quantification of impurities of several silicium carbide samples |  |
 | AS-081-2006 Floor Tiles Auteur: NETZSCH Applications laboratoryComparison of the thermal expansion of two tiles in a dual sample dilatometer |  |
 | AS-082-2006 Titanium Oxide (TiO2) Auteur: NETZSCH Applications laboratoryDetection of mass loss during drying at 700°C |  |