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(15:00-16:05) Poster session 2 + coffee break:
- PP34 - Elisabeth Foels - How to assess limits of detection for single-cell elemental bioimaging by LA-ICP-MS
- PP35 - David Loibnegger - LA-ICP-TOFMS imaging reveals Pt(IV)-drug bioaccumulation in tumor tissue at the single-cell level
- PP36 - Hugo Louet - Development of LA-ICP-MS analysis for quantitative elemental mapping in dendrochemistry
- PP37 - Jeffrey Oalmann - Comparing methods for quantifying elemental images obtained by quadrupole and time-of-flight LA-ICP-MS
- PP38 - Daniel A. Frick - Pseudo-Isotope Ratios by LA-ICP-OES for Sea Surface Temperature Reconstruction
- PP39 - Stefan Wagner - In situ mapping of elemental dissolution at ultra-trace levels during aqueous corrosion of Al alloys
- PP40 - Jay Thompson - False signals: quantification issues of trace Si in non-silicate minerals by LA-ICP-MS
- PP41 - Adrien Vezinet - Concurrent determination of Sr-isotope signature and trace elements contents of depleted glasses via laser ablation split stream: Pros and Cons Of Different Approaches
- PP42 - Herbert Siegmund - Analysis of ultra-fast transient signals by LA-MC-ICPMS – overcoming instrumental limitations
- PP43 - Ciprian Stremtan - In-situ, simultaneous measurement of oxygen and carbon isotope ratios via LA IRMS – study case on inorganic carbonates
- PP44 - Ciprian Stremtan - Laser ablation IRMS analysis of 𝛅13C in creep affected Picea abies from Făgăraș Mountains, Romania
- PP45 - Claire Aupart - Trace elements in quartz: a tool for sediment provenance
- PP46 - Fatima Zohra Bouhdayad - Late Neogene ENSO variability in the SE Pacific recorded in bivalve shells through Laser Ablation ICP-MS
- PP47 - Stepan Chernonozhkin - Probing the evolution of primitive achondrite parent bodies: insights from LA-ICP-MS analysis of silicate minerals
- PP48 - Helmut Ernstberger - Automated High Throughput Analysis of Rare Earth Elements in Large Batches of Mining Discovery Samples by LA-ICP-MS
- PP49 - Isabelle Genot - Multi-element analyses of silicate glasses using a femtosecond laser ablation system coupled to an ICP-MS/MS
- PP50 - Pamela Guttiérrez - S isotopic analyses of S-bearing compounds using a femtosecond laser ablation system coupled to an ICP-MS/MS
- PP51 - Youn-Joong Jeong - Imaging of Geological sample by fs LA-ICP-MS with ARIS
- PP52 - Nathan Miller - Utility of LA-ICP-MS methods for reconstructing hydroclimate from stalagmite and cave monitoring archives
- PP53 - Ségolène Rabin - High-resolution in situ Fe isotope measurements of Belgian micrometeorites by femtosecond laser ablation MC-ICP-MS
- PP54 - Lorenzo Tavazzani - Synthesising homogeneous calcium carbonate reference materials for in situ determination of U–Pb and Sr isotopes
- PP55 - Massimo Tiepolo - Historical trends of metal pollution in the metropolitan area of Milano, Italy: a combined dendro-chemical, dendro-magnetic and dendro-XRD approach
- PP56 - Maarten Van Brussel - Advancements in Isotope Analysis for Geochronology: Integrating MS/MS and Laser Ablation
- PP57 - Róbert Arató - Graphite LIBS analysis: Opportunities for elemental mapping and multivariate classification
- PP58 - Kengo Ito - Ilmenite age determination using LA-ICP-MS technique
- PP59 - Remi Dallmayr - New cryogenic ablation cell technology for high sample throughput impurity mapping in ice-cores with LA-ICP-MS
- PP60- David Douglas - SelfSeal technology-based open-cell laser ablation system for trace elements analysis of full-size archaeological artefacts: application on historical Chinese enamelled copperware
- PP61 - Ashlea Wainwright - Comparing interference removal tools for in situ analysis of 87Sr/86Sr in bioapatite
- PP62 - C. Derrick Quarles Jr. - Understanding the Elemental Composition of SEI and CEI Layers in Li-Ion Batteries
- PP63 - Alban Moradell-Casellas - Fast analysis of trace elements and lithium isotopy by LA-(MC)-ICP-MS for the traceability of lithium in the battery supply chain
- PP64 - Petr Rudolf - Development of the LA-ICP-MS method for liquid analysis
- PP65 - Agnieszka Stoklosa - LA-ICP-MS Calibration Strategy to Investigate the Ion Transport in Concrete