Analytical Chemistry Research and Development at University of Tartu -- acid-base chemistry (pKa values), measurement uncertainty in chemistry, LC-MS, ESI Ionization Efficiency, matrix effects, etc

Research and Development

Chair of Analytical Chemistry, University of Tartu

Acid-base chemistry	Superacids, superbases, pKa values in nonaqeous solvents (MeCN, THF, DMSO, 1,2-Dichloroethane, Heptane), acidity and basicity in the gas phase
Measurement uncertainty in Chemistry	Uncertainty estimation (example uncertainty budgets) and validation of different chemical analysis methods
Chromatography and mass spectrometry	LC-MS and GC-MS method development and validation, matrix effects, studies of ionization processes (ionization efficiency) in the ESI ion source
Sensors	Sensors research, development and uncertainty estimation
Interlaboratory comparisons	Interlaboratory comparison measurements organized by the UT Testing Centre
Conservation chemistry	Conservation chemistry research and development, FT-IR and MALDI-MS analysis of pigments and binders

Feedback: Ivo Leito ivo.leitout.ee Tel.: +372 51 84 176

Last edited: 13.04.2011