Dipl.-Phys. Steffen Beckert
| Address: | Linnéstr. 5, 04103 Leipzig |
| room 289 | |
| Phone: |
+49 341 97-32530 |
| E-Mail: |
s.beckert physik.uni-leipzig.de |
Scientific Interests
- Rechargeable lithium-ion-batteries
- Self-diffusion of ions in electrolyte solutions
- Self-diffusion under confinement in porous media
- Pulsed field gradient nuclear magnetic resonance (PFG NMR)
Member of the International Research Training Group "Diffusion in Porous Materials".
Publications
S. Schlayer, A. Pusch, F. Pielenz, S. Beckert, M. Peksa, C. Horch, L. Moschkowitz, W.-D. Einicke and F. Stallmach, X-Nuclei NMR Self-Diffusion Studies in Mesoporous Silica Foam and Microporous MOF CuBTC, Materials, 2012, 5(4), 617-633, doi:10.3390/ma5040617 (link).
S. Beckert, F. Stallmach, R. Bandari and M. R. Buchmeiser, Self-Diffusion of Polystyrene Solutions in Porous Acrylate-Based Monoliths Studied by 1H PFG NMR, Macromolecules, 2010, 43 (22), 9441–9446, doi: 10.1021/ma101992c (link).
Talks
|
04.04.2012 |
15th IRTG Workshop |
Enhanced Li-Ion Self-Diffusion in Porous Glasses |
|
31.10.2011 |
14th IRTG Workshop |
Insights into liquid electrolytes by NMR diffusiometry |
|
19.04.2011 |
GFP-Seminar |
Influence of Internal Field Gradients on PFG NMR Studies in Porous Glasses |
|
05.04.2011 |
13th IRTG Workshop |
Self-Diffusion of Aqueous Electrolyte Solutions in Bulk and in Porous Glasses |
|
10.11.2010 |
12th IRTG Workshop |
On the Self-Diffusion of Ions in Aqueous Electrolyte Solutions |
|
13.04.2010 |
GFP-Seminar |
1H-NMR Measurement of the Mobility of Water in Functionalised MCM-41 |
|
25.03.2010 |
11th IRTG Workshop |
Polymer Diffusion in Porous Acrylatemonoliths |
|
26.01.2010 |
IRTG-Seminar |
Rechargeable Li-Ion Batteries - An Introduction |
|
28.04.2009 |
GFP-Seminar |
NMR-Measurements of Mesoporous Materials |
Diploma Thesis
1H-NMR-Untersuchungen zur Mobilität von Fluiden in Acrylat-Monolithen sowie in MCM-41-Materialien für die Anwendung in Brennstoffzellenmembranen
The thesis provides a quantitative analysis of the self-diffusion behaviour of two fluid systems in porous media. On the one hand the diffusion-conditioned proton conductivity in mesoporous SO3H-MCM-41 particles is studied. On the other hand the self-diffusivity of polystyrene solutions in macroporous acrylate-based monolithic materials is investigated.
thesis.pdf (1.98 MB)