|
Program of 3rd SKT 2000 |
| E.
Kaisersberger: |
Review of Coupling Techniques for TG-MS and
TG-FTIR |
| A. Rager: |
TG-FTIR: More Than Just the Sum of Its
Parts |
| D. Welting: |
Applications of the STA-MS Skimmer Coupling at the
Research Center of Robert Bosch GmbH |
| A. Kettrup: |
TA-MS and TA-FTIR Coupling: An Useful Tool for
Enviromental and Industrial Research |
| M. Maciejewski: |
PulseTA - A New Range of STA-MS
Opportunities |
| A. Reller: |
TG-MS Studies on Functional
Materials |
| D. Brosnan: |
Application of Simultaneous Thermal Analysis and
Evolved Gas Analysis in Identification of Air Pollutants From Manufacturing of Traditional Ceramic
Products |
| R. Merkle: |
TG-IR Analysis of the Calcination of Ceramic
Precursors |
| E. Marti: |
TG-FTIR in the Chemical and the Pharmaceutical Industry:
Characterization of Hydrates and Solvates |
| B. Waymack: |
Smoldering Combustion Studies Using
TA-MS |
| J. Blazejowski: |
Thermogravimetry - Infrared Spectroscopy, Raman
Spectroscopy and Differential Scanning Calorimetry in Investigations of Properties and Behaviour of Selected
Compounds. |
| D. Merz: |
Investigation of Decomposition Products of Proteins
by TG-FTIR |
| D. Bahloul-Hourlier: |
TG-MS: Thermal Conversion of Polymers
Based on Silicon |
| F. Eigenmann: |
Quantitative Calibration of Spectroscopic
FT-IR Signals |
| M. Hollering: |
The Advanced Application
Course |
