Posters Topic 1

Advanced materials characterization, metrology and standardization

Published on 13 November 2020

ID 1011 - Safety NANOCOSMETICS: TRIBLOCK Copolymer Nanostructured Lipid Carriers	ID 1013 - Towards a Method for Quantitative Evaluation of nanoparticles in Suspension via Microprinting and SEM Analysis	ID 1017 - Expanding the eNanoMapper Ontology
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ID 1044 - Radiolabeling As a Versatile Tool in nanosafety Research – Accurate Quantification in Complex Media	ID 1053 - Detection of Manufactured Nanomaterials in Complex Environmental Compartments – an Expert Review	ID 1055 - Fine Iron Oxide nanoparticles As a Candidate Reference Material for Reliable Measurement of Particle Size
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ID 1058 - Nanoparticles As Flow regulators: an Experimental Energetic Approach During Granular Compaction	ID 1077 - Effect of a two-Dimensional Velocity Profile on the Transfer Function of a Plate Differential Mobility Analyser (DMA)	ID 1111 - Using Particle Effective Density to Determine SMPS-Based Aerosol Mass concentration: Application to Airborne Carbon and Titanium nanoparticles
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Alternative and Atomic Energies Agency

CEA is a French government-funded technological research organisation in four main areas: low-carbon energies, defense and security, information technologies and health technologies. A prominent player in the European Research Area, it is involved in setting up collaborative projects with many partners around the world.

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nanoSAFE 2023

In the same section :

Posters Topic 1

Advanced materials characterization, metrology and standardization

ID 1011 - Safety NANOCOSMETICS: TRIBLOCK Copolymer Nanostructured Lipid Carriers

ID 1013 - Towards a Method for Quantitative Evaluation of nanoparticles in Suspension via Microprinting and SEM Analysis

ID 1017 - Expanding the eNanoMapper Ontology

ID 1044 - Radiolabeling As a Versatile Tool in nanosafety Research – Accurate Quantification in Complex Media

ID 1053 - Detection of Manufactured Nanomaterials in Complex Environmental Compartments – an Expert Review

ID 1055 - Fine Iron Oxide nanoparticles As a Candidate Reference Material for Reliable Measurement of Particle Size

ID 1058 - Nanoparticles As Flow regulators: an Experimental Energetic Approach During Granular Compaction

ID 1077 - Effect of a two-Dimensional Velocity Profile on the Transfer Function of a Plate Differential Mobility Analyser (DMA)

ID 1111 - Using Particle Effective Density to Determine SMPS-Based Aerosol Mass concentration: Application to Airborne Carbon and Titanium nanoparticles

Browse the site

Alternative and Atomic Energies Agency

Browse the portal

nanoSAFE 2023

Practical Info

In the same section :

Posters Topic 1

Advanced materials characterization, metrology and standardization

ID 1011 - Safety NANOCOSMETICS: TRIBLOCK Copolymer Nanostructured Lipid Carriers

ID 1013 - ​Towards a Method for Quantitative Evaluation of nanoparticles in Suspension via Microprinting and SEM Analysis

ID 1017 - ​Expanding the eNanoMapper Ontology

ID 1044 - Radiolabeling As a Versatile Tool in nanosafety Research – Accurate Quantification in Complex Media​

ID 1053 - ​Detection of Manufactured Nanomaterials in Complex Environmental Compartments – an Expert Review

ID 1055 - Fine Iron Oxide nanoparticles As a Candidate Reference Material for Reliable Measurement of Particle Size​

ID 1058​ - Nanoparticles As Flow regulators: an Experimental Energetic Approach During Granular Compaction

​​ID 1077 - Effect of a two-Dimensional Velocity Profile on the Transfer Function of a Plate Differential Mobility Analyser (DMA)

​ID 1111 - Using Particle Effective Density to Determine SMPS-Based Aerosol Mass concentration: Application to Airborne Carbon and Titanium nanoparticles

Browse the site

Alternative and Atomic Energies Agency

Browse the portal

ID 1013 - Towards a Method for Quantitative Evaluation of nanoparticles in Suspension via Microprinting and SEM Analysis

ID 1017 - Expanding the eNanoMapper Ontology

ID 1044 - Radiolabeling As a Versatile Tool in nanosafety Research – Accurate Quantification in Complex Media

ID 1053 - Detection of Manufactured Nanomaterials in Complex Environmental Compartments – an Expert Review

ID 1055 - Fine Iron Oxide nanoparticles As a Candidate Reference Material for Reliable Measurement of Particle Size

ID 1058 - Nanoparticles As Flow regulators: an Experimental Energetic Approach During Granular Compaction

ID 1077 - Effect of a two-Dimensional Velocity Profile on the Transfer Function of a Plate Differential Mobility Analyser (DMA)

ID 1111 - Using Particle Effective Density to Determine SMPS-Based Aerosol Mass concentration: Application to Airborne Carbon and Titanium nanoparticles