Veröffentlichungen
Referenzen
Artikel: | |
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11. |
Fraktionsfreisetzungsgrad--Ein neuer Ansatz zur Quantifizierung der Staubungsneigung von Pulvern
Chemie Ingenieur Technik,
87(5):638--643
2015
|
10. |
Release of Nanoparticles when Handling Fumed Silica
Chemical Engineering & Technology,
38(11):2096--2098
2015
|
9. |
Structural characterization of particle systems using spherical harmonics
Materials Characterization,
106:123--133
2015
|
8. |
Statistical investigation of agglomerate breakage based on combined stochastic microstructure modeling and DEM simulations
Advanced Powder Technology,
26(3):1021--1030
2015
|
7. |
Property functions to characterize the dustiness of powders
EMChIE, June 10-12, Tarragona, Spain,
0
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Beiträge zu Konferenzproceedings: | |
6. |
Characterisation of Powder Layer Dustiness – Influence of the Deposit Thickness
PARTEC 2016; Int. Congress on Particle Technology, 40(9):1720--1725
, Seite 16.
Herausgeber: DI Verlag GmbH, Nuremberg, Germany,,
2017
|
5. |
Charakterisierung der Staubungsneigung von Pulvern
Silo World
, Seite 20-39.
2016
|
Vorträge und Poster: | |
4. |
Simulation to Quantify the Dustiness of Powders
Filtech Conference, Oct. 11-13, 2016, Cologne
2016
|
3. |
Numerical simulation of geometry influence on electrostatic precipitators
FILTECH, International Conference & Exhibition for Filtration and Separation TechnologyCologne, Germany
2015
|
2. |
Characterization of dustiness – Influence of low pressure
FILTECH, International Conference & Exhibition for Filtration and Separation TechnologyCologne, Germany
2015
|
1. |
Influence of deposit thickness
Partec Conference, Apr. 19-21, 2016, Nuremberg
0
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