Applikationsliteratur - Thermische Analyse


	AS-073-2006 Ceramic Varistor Autor: NETZSCH Applications laboratory Comparison of good and bad varistors by means of TG and EGA

	AS-074-2006 Polycarbonate (PC) Autor: NETZSCH Applications laboratory Pyrolysis of polycarbonate and identification of released gases such as benzene by means of MS

	AS-075-2006 PMMA (Polymethylmethacrylate) Autor: NETZSCH Applications laboratory Pyrolysis of polymethylmethacrylate and identification of released gases by means of MS

	AS-076-2006 Polyoxymethylene (POM) Autor: NETZSCH Applications laboratory Pyrolysis of polyoxymethylene and identification of released gases by means of MS

	AS-077-2006 Polystyrene (PS) Autor: NETZSCH Applications laboratory Pyrolysis of polystyrene and identification of released gases by means of MS

	AS-078-2006 Polyvinyl Chloride Autor: NETZSCH Applications laboratory Pyrolysis of polyvinylchloride (PVC) and identification of released gases by means of MS

	NETZSCH Jahrbuch 2000: Thermoanalytical Characterization of Pharmaceuticals (engl.) Autor: Dr. E. Marti, Prof. Dr. W.-Y. Ma, E. Kaisersberger, Dr. G. Kaiser Selected examples of drug substances and excipients are outlined in this workbook, which is based on thermoanalytical measurements using DSC, thermobalance, TG-FTIR, TG-DSC-MS and c-DTA.

	Applikationsband im Visier: Thermische Analyse für die Lacktechnik Autor: S. Knappe, H. Möhler, J. Opfermann, H. Walter Häufig gilt es unterschiedliche Fragestellungen bei der Lackentwicklung zu beantworten. Konventionelle Prüfungen sind oft nur Einpunkt-Messungen und daher meist nicht ausreichend.

	Coupling of Thermal Analysis and Gas Analysis (engl.) Autor: E. Kaisersberger, E. Kapsch, E. Post, A. Schranner Fourier transform infrared spectrometry (FTIR) and Mass spectrometry (MS) are the preferred methods for a continuous gas analysis in combination with thermal analysis. Bestellen Sie noch heute Ihr Exemplar

	AS-115-2006 Decomposition Behavior of an NR/SBR Mixture Autor: NETZSCH Applications laboratory Decomposition behavior of an NR/SBR mixture and identification of the released gases by means of TG-FTIR

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