| NanoFase Concluding Conference - University of Vienna - Poster Presentations |
| 1090 Vienna, Althanstrasse 14, Building UZA II - open plan stairs D to F |
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| Barbora Schullerova | Current approaches to the health risk assessment of nanoparticles in the Czech Republic | 1 |
| Patrick Hole | Faster, More reproducible data - hands-free! | 2 |
| Shannon Macika | NanoFase dissemination, standardization, and exploitation | 3 |
| Sam Harrison | Predicting the environmental fate of engineered nanomaterials using a spatiotemporal multimedia fate model: An application to nano-Ag used in textiles | 4 |
| Joris Quik | SimpleBox4nano: Screening level multimedia fate model for engineered nanomaterials. | 5 |
| Helene Walch | A tale of an engineered nanoparticle’s affection for natural suspended particulate matter in freshwaters | 6 |
| Zahra Khodaparast | Ag2S-NP uptake in the mealworm Tenebrio molitor: validation of single species tests with indoor mesocosms experiments | 7 |
| Elena Badetti | Assessment of nano-TiO2 colloidal stability in environmental media by analytical techniques and principal component analysis | 8 |
| Anna Laromaine | Combining materials and biochemical techniques to evaluate iron oxide nanoparticles on C. elegans | 9 |
| Denny Rigby | Different media study of wheat exposed to silver nanoparticles | 10 |
| Julian Gallego | Evaluation of heteroaggregation rates of CeO2 and Au NPs using dual-element single-particle ICPMS | 11 |
| Richard Handy | Fate and Bioaccumulation of Silver from AgNO3 and Ag2S Nanoparticles in a Freshwater River Mesocosm. | 12 |
| Christof Asbach | Influence of airborne engineered metal oxide nanomaterials on atmospheric chemistry | 13 |
| Kees van Gestel | Influence of soil type on the toxicokinetics of Ag and Ag2S nanoparticles and ionic Ag in soil invertebrates | 14 |
| Kamil Nešetril | Laboratory and field strategy for renegade nZVI particles | 15 |
| Jean-Marc Lacome | METHODOLOGY FOR ENGINEERED NANOMATERIAL STACK EMISSIONS AND AMBIENT ATMOSPHERE : MEASUREMENTS AND MULTI SCALE MODELING | 16 |
| Iva Talaber | Predominant fraction of Ag body burden in organisms exposed to Ag2S nanoparticles in aquatic and terrestrial mesocosms is retained in the gut: a laser ablation ICP-MS study | 17 |
| Patrícia V. Silva | Silver toxicokinetics in the freshwater snail Physa acuta exposed to pristine and aged silver nanoparticles under different exposure routes | 18 |
| Geert Cornelis | Soil properties determining the attachment efficiency | 19 |
| Nathaniel Clark | The dietary bioaccumulation potential of silver from silver nanoparticles, silver sulphide nanoparticles and silver nitrate in Wistar rats using an ex vivo gut sac technique | 20 |
| Elma Lahive | The influence of the plant rhizosphere on the availability of silver nanoparticles to wheat exposed in soil | 21 |
| Claire Mays | Young NanoScientists - A Significant Release to the Environment | 22 |
| Veronique Adam | Integrated dynamic probabilistic modelling of ENM releases to the environment | 23 |
| Vicenç Pomar-Portillo | MONITORING OF NANOMATERIALS RELEASE FROM CONSUMER PRODUCTS: NANOFASE CASE STUDIES | 24 |
| Ralf Kaegi | The Quest of Engineered and Transformed Nanoparticles: Challenges, Limitations and Wishful Thinking | 25 |
| Burkhard Stahlmecke | Incineration of nanomaterial-spiked artificial waste | 26 |
| Marianne Seijo | CAT_CH: Computation of Heteroaggregation Rates and Attachment Efficiencies in Waters | 27 |
| Gabriela Hul | Investigation of Nanoparticle Transport in Soils using Computer Simulations. Impact of Attachment, Detachment and Aggregate Formation | 28 |
| Yuanfang Zheng | Modelling engineered nanomaterials in wet weather discharges | 29 |
| Jessica Adams | Applying a kinetic batch test method to natural soils using 20nm Ag2S | 30 |
| Ralf Kaegi | Influence of organic compounds on the sulfidation kinetics of copper oxide nanoparticles | 31 |
| Alison Crossley | Analytical considerations following accidentally discharged, potentially nano-sized, material into a river | 32 |
| Aiga Mackevica | Application of single-particle ICP-TOFMS for studying environmental behavior of nanoparticles | 33 |
| Clement Layet | Impact of Rhizosphere on CuO Nanopesticides transport in soil | 34 |
