Kaisersberger E. e.a. (ed.). Coupling of Thermal Analysis and Gas Analysis. Techniques and Applications

NETZSCH-Gerätebau GmbH; 95100 Selb, 2001. - 114 pList of Authors
Techniques and Applications
Introduction, Instrumentation TA, MS, FTIR, Coupling techniques , E. Kaisersberger
Quantification of Spectroscopic Signals Recorded in TA-MS and TA-FTIR Systems, M. Maciejewski
Polymers, Paints, Organic Chemistry
Curing and Decomposition of Phenolic Resin, A. Schranner
Determination of Emission of Volatiles during Paint Drying by TG-FTIR, H. Möhler
Recycling of Polyamides, G. Matuschek
Characterization of Epoxy-based Electronic Waste, E. Post
Development of Undercoating Materials Containing Polyvinylchloride, PVC, A. Rager
Softener Identification by TG-FTIR: Fomblin Y – 06, A. Rager
Pharmaceutics
Decomposition Behavior of Acetylsalicylic Acid (ASA), A. Rager
Ceramics, Building Materials
Binder Burnout of an Al2O3 Green Body, E. Post
HF Emissions at the Firing Process of Brick Clays, E. Kapsch
Characterization of Raw Cement and Cement Mixtures, E. Post
Metals and Semiconductors
Identification of Metal Vapors and Metal Salts - Cd, PbCI2, E. Post
Application of Thermal Analysis to Material Science – Case Study on Hard Metals, G. Leitner
Ternary Semiconductors CuGaSe2, ZnGeP2 -impurities, decomposition-, E. Post
Miscellaneous (Inorganic Chemistry, Catalysts, Food Ingredients, superconductors)
Application of Pulse Thermal Analysis (PULSETA), M. Maciejewski