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(15:00-16:05) Poster session 1 + coffee break sponsored by Glass Expansion:
- PP1 - Marcel Guillong - Investigating Ablation Rates in Geological Materials: A Comparison of UV fs and ns Laser Ablation
- PP2 - Antea Hrepić - Empirical Insights into Crater Geometry: Modeling for Enhanced Laser Ablation Inductively Coupled Plasma Mass Spectrometry Analysis
- PP3 - Ciprian Stremtan - Laser Ablation – Cavity Ringdown Spectrometry – A novel method for in situ measurement of light stable isotope ratios
- PP4 - Guillaume Girard - Elemental fractionation in LA-ICP-MS quantified
- PP5 - Tom Van Helden - Dual-phase formation during LA-ICP-MS analysis of biological tissue
- PP6 - Sarah Gilbert - Sculpting the ablation plume - using QuadLock to enhance sensitivity for isotopic analyses
- PP7 - Phil Shaw - What's in a pixel?
- PP8 - Helmut Ernstberger - Technological prerequisites for high quality isotope ratio measurements using quadrupole ICP-MS
- PP9 - Julien Leger - The more, the better: new practices for U/Pb data reduction based on multiple reference material standardization
- PP10 - Nathan Westwood - Characterisation of nano-pellets as potential reference materials for Pb-Pb isotope analysis in ferromanganese crusts
- PP11 - Nicholas West - Real-time Measurement Of Mass Filter Position For Aligned LA–ICP–MS
- PP12 - Ashley Norris - Ultra-Trace-Element Imaging Using Aligned LA–ICP–MS With a Magnetic-Sector Single-Collector Mass Spectrometer
- PP13 - Lukas Schlatt - What is dynamic range in LA-ICP-MS and how can it be extended?
- PP14 - George Cooper - Femtosecond Laser Ablation for High-Speed Elemental Mapping
- PP15 - Matthew Horstwood - TACtool: A Targeting and Co-ordination tool for LA-ICP-MS and other spatially resolved methods
- PP16 - Ethan Tonks - Automated Selection of Sites for Chemical Microanalysis Using Image Segmentation
- PP17 - Stijn J.M. Van Malderen - Hardware and software integration improvements in LA-ICP-TOF-MS for acquisition rates of 1000 resolved multichannel pixels per second
- PP18 - Martin Kutzschbach - LA-ICP-MS/MS-based Rb-Sr isotope mapping for geochronology
- PP19 - Jhanis Gonzalez - High precision and spatial resolution chemical interrogation of planetary materials using fs-LA/LIBS in tandem with multi-collector ICP-MS
- PP20 - C. Derrick Quarles Jr. - Exploring the benefits of combining LIBS and LA-ICPMS for geological based applications
- PP21 - Max Frank - Tracing thin water layers from the leaf surface into the plant: how the laser burns the doubt
- PP22 - Noémie Thiébaut - Efficiency of foliar fertilization assessed by LA-ICP-MS
- PP23 - Daniel Pergament Persson - Suberin restricts potassium leakage from plant roots
- PP24 - Lena Hiddeßen - Quantitative bioimaging of boron-based contrast agents by means of LA-ICP-MS
- PP25 - Ana Justo-Vega - Titanium imaging in fish tissues exposed to titanium dioxide nanoparticles by quantitative laser ablation-inductively coupled plasma-mass spectrometry
- PP26 - Paula Menero-Valdés - Determination of target metals and proteins associated with neurodegeneration in tissue sections of a mouse model using LA-ICP-MS: Study of Zn supplementation
- PP27 - Olga Minaeva - Imaging of environmental toxic metals distribution in the brain by LA-ICP-MS
- PP28 - Marie Novotná - High-resolution LA-ICP-MS imaging of Pt-derivates in single cell and tumour tissue
- PP29 - Michaela Vašinová Galiová - High-resolution LA-ICP-MS and tracing Ru-based metallocene in tumour cells
- PP30 - Lingna Zheng - Mass spectrometry imaging of renal alternations in mice with cisplatin-induced acute kidney injury treated with CeO2 nanoparticle
- PP31 - Hunter Andrews - Investigating the Use of Simultaneous Laser-Induced Breakdown Spectroscopy/Laser Ablation–Inductively Coupled Plasma–Time-of-Flight–Mass Spectrometry for the Analysis of Biological Materials
- PP32 - Cinzia Chiurlia - Platinum nanoparticles enhance LA-ICP-MS signal for trace element detection in serum spots
- PP33 - Alex Griffiths - Metallomic imaging of microbial nutritional immunity