Finden Sie hier Anwendungsbeschreibungen, sortiert nach den wichtigsten thermoanalytischen Methoden.
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 | P-019 TG-IR Untersuchungen zur Bestimmung carbonathaltiger Verunreinigungen von oxidischen Lanthanverbindungen
Autor: A. Neumann, D. WalterThermal Decomposition behavior of lanthanum hydroxide by means of TG-FTIR
Jahrestagung der Gesellschaft für thermische Analyse (GEFTA), Bremerhaven 2007 | |
| P-024 Thermal Decomposition of Metal Amines Containing Oxo-nitrogen Moieties Either in the Coordination Sphere or as Charge Compensation Anions
Autor: Z. Abdo, A. Abedi, H. Nguyen, H. Peralta, J. Grebowicz, I. BernalDetermination of water content and hydroxyl groups of several metal organic compounds by means of thermogravimetry and mass spectroscopy | |
| AS-163-2007 Oil Shale
Autor: NETZSCH Applications laboratoryIdentification of released volatiles during heating of an oil shale by means of STA-MS | |
| AS-177-2008 Titanium
Autor: NETZSCH Applications laboratoryOxidation behavior of titanium powder investigated by means of TG-DTA-MS (STA-MS) up to 1400°C | |
 | Thermogravimetrie (TG) gekoppelt mit Fouriertransform-Infrarot (FTIR)-Spektroskopie zur Analyse von Pulverlacken
Autor: S. KnappeDie TG-FTIR Kopplung liefert nicht nur sehr wichtige Hinweise für die Pulverlack-Entwicklung, ...
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http://www.coating-materials.com/leitfaden.html | |
| AS-185-2008 Decomposition of Iron Hydroxide Sulfate
Autor: NETZSCH Applications laboratoryDecomposition and characterization of the evolved gases investigated with simultaneous thermal analysis (STA) and mass spectrometry | |
| AS-191-2008 Porcelain Raw Material
Autor: NETZSCH Applications laboratoryDecomposition and characterization of the evolved gases investigated with simultaneous thermal analysis (STA) and mass spectrometry | |
| R-303-08 Charakterisierung von Staubproben in der Arbeits- und Umweltmedizin
Autor: D. WalterCharacterization of the particle size dependent combustion behavoir of dust samples by means of TG-FTIR
NETZSCH Onset 4/2008 | |
| R-306-08 Quantitative EGA Analysis of H2O in silicate glasses
Autor: D. Schöps, C.M. Schmidt and K. Heide Quantification of the volatile components of natural glasses and rocks
JTAC, Vol 80 (2005) 749 | |
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