Documents produced by NanoDefine relevant to Scientists

Oral and Poster Presentations

• Challenges in developing dispersion procedures for nanoparticles in large scale scientific projects (Nuremberg, Germany-2016)
  
  
• Evaluation of particles size techniques for the implementation of the EC definition of a nanomaterial. (Nuremberg, Germany-2016)
  
  
• Applicability ranges of the volume specific surface area (VSSA) method and screening framework for the identification on nanomaterials. (Nuremberg, Germany-2016)
  
  
• Application and future perspective of automated electron microscopy to quantify engineered nanoparticles in complex matrices. (Prague, Czech Rep.-2015)
  
  
• Simultaneous on-line detection of Si, Ti and Al-containing particles in toothpaste. (Prague, Czech Rep.-2015)
  
  
• An innovative concept towards standardized method development to separate, characterize and quantify engineered nanoparticles in food and cosmetics. (Prague, Czech Rep.-2015)
  
  
• Analysis of Nanoparticles in Food, Cosmetics and Consumer Products. (Prague, Czech Rep.-2015)
  
  
• A short tutorial on the possibilities and future perspectives of electron microscopy techniques to measure particle number size distributions of nanomaterials. (Prague, Czech Rep.-2015)
  
  
• Asymmetric flow field-flow fractionation for the detection and characterization of nanoparticles in food – a short tutorial. (Prague, Czech Rep.-2015)
  
  
• NanoDefine – How to find out if your product falls under the EC definition of nanomaterial. (Amersfoort, the Netherlands-2015)
  
  
• Determination of Nanoparticle Size and Number Concentration using the npQuant Evaluation Module for Qtegra ISDS. (eSeminar-2015)
  
  
• An update on method development to analyze nanoparticles in complex samples (Slides). (Cologne, Germany-2015)
  
  
• On the Way to Routine Analysis of Nanoparticles Using spICP-MS and FFF-ICP-MS (Slides). (Vienna, Austria-2015)
  
  
• Assessment of Different Electron Microscopy Techniques for Particle Size Quantification of Potential Nanomaterials. (Portland, USA-2015)
  
  
• Assessment of Different Electron Microscopy Techniques for Particle Size Quantification of Potential Nanomaterials (Slides). (Portland, USA-2015)
  
  
• Electrospray Deposition Method for TEM Sample Preparation (Slides). (Tampere, Finland-2015)
  
  
• NanoDefine - An integrated analytical approach to implement the EC definition of nanomaterial. (Riga, Latvia-2015)
  
  
• NanoDefine: Development of an integrated approach based on validated and standardized methods to support the implementation of the EC definition of nanomaterial (Slides). (Riga, Latvia-2015)
  
  
• NanoDefine - An integrated analytical approach to implement the EC definition of nanomaterial. (Cheshire, UK-2015)
  
  
• La nanométrologie au secours de la mise en œuvre de la recommandation européenne pour la définition de nanomatériaux (Slides). (Paris, France-2014)
  
  

NanoDefine Technical Reports

• D1.1 - Review of existing calibration standards
  
  
• D2.4 - Protocols for preparation of products for microscopy methods
  
  
• D3.1 - Techniques evaluation report
  
  
• D3.6 - Report of the potentials of the transformation of non-counting methods size distributions into number weighted size distributions of the constituent particles based on instrument manufacturers algorithms
  
  
• D7.1 - Catalogue of technical methods performance criteria
  
  
• D7.2 - Templates for characterisation of tier 1 and tier 2 methods
  
  
• D7.4 - Set of criteria with ranking system to steer the decision process
  
  
• D8.2 - First workshop with relevant NSC projects
  
  
• D8.3 - Second workshop with relevant NSC projects
  
  
• D8.10 - First dissemination event
  
  
• D8.13 - First public workshop on project goals and outcomes