RT by @EU_ECHA: #EUON - Read our latest Nanopinion guest column with Dr.-Ing. Kathrin Schwirn and Dr. Doris VΓΆlker. They explain the impact of advanced materials on addressing global issues like climate change, biodiversity loss, and pollution.
πhttps://fcld.ly/nanopdec24t
---
https://nitter.privacydev.net/EU_ECHA/status/1875174037225185509#m
π’ Before you hit the sand, make sure you know what's in your bag! Unveil the secrets of your beach bag! ποΈ
Our informative infographic highlights the presence of nanomaterials in cosmetics.
πhttps://fcld.ly/n9mevoh
#EUON #ChemicalsInOurLife #NanosInCosmeticsEU
π¦π: https://n.respublicae.eu/EU_ECHA/status/1684111310177333248
π’ Before you hit the sand, make sure you know what's in your bag! Unveil the secrets of your beach bag! ποΈ Our informative infographic highlights the presence of nanomaterials in cosmetics.
πhttps://fcld.ly/n9mevoh
#EUON #ChemicalsInOurLife #NanosInCosmeticsEU
π¦π: https://n.respublicae.eu/EU_ECHA/status/1687053488881020928
Visit the updated NanoData!
This searchable database at #EUON contains info on different products, research projects, publications, patents and companies related to nanomaterials.
π https://fcld.ly/nanodataupdatet
π¦π: https://n.respublicae.eu/EU_ECHA/status/1687097281726873600
π’ Before you hit the sand, make sure you know what's in your bag!
Unveil the secrets of your beach bag essentials! ποΈ Our infographic highlights the presence of nanomaterials in cosmetics.
π https://fcld.ly/n9mevoh
#EUON #ChemicalsInOurLife #NanosInCosmeticsEU https://t.co/EgHlDW1An3
π¦π: https://n.respublicae.eu/EU_ECHA/status/1681952157480673280
#EUON - Our latest Nanopinion is now online.
Read the guest column by Dr Ricki Rosenfeldt on dispersion stability and dissolution rate studies, and learn the most important aspects to consider before starting them on nanomaterials. #Nanomaterials
πhttps://fcld.ly/nanopinionjun23t https://t.co/UgwC41NvD8
π¦π: https://n.respublicae.eu/EU_ECHA/status/1672167666793037825
#EUON - Read our latest Nanopinion with Professor Bengt Fadeel. He writes about the novel interactions between #nanomaterials and the immune system, based on his experiments with zebrafish and discoveries about the gut microbiome and 2D materials.
πhttps://fcld.ly/nanopinionmay23t
π¦π: https://n.respublicae.eu/EU_ECHA/status/1661044292771627008
Are you aware of information gaps related to #nanomaterials? The #EUON is now looking for topics for its upcoming studies. Submit your proposal by 27 April and potentially contribute to the work of the observatory.
πhttps://fcld.ly/euonstudies2023t
π¦π: https://n.respublicae.eu/EU_ECHA/status/1650491064724213761
Are you aware of information gaps related to #nanomaterials? The #EUON is now looking for topics for its upcoming studies.
ποΈSubmit your proposal by 27 April and potentially contribute to the work of the observatory.
πhttps://fcld.ly/euonstudies2023t
π¦π: https://n.respublicae.eu/EU_ECHA/status/1645721763987193857
#EUON - Check out the latest Nanopinion post, featuring a guest column by professor JenΕ Gubicza. He explains the benefits of utilizing X-ray line profile analysis to observe the crystal defect structure in nanomaterials.
πhttps://fcld.ly/euonnanopiniont
π¦π: https://n.respublicae.eu/EU_ECHA/status/1639960425000235008
Nanostructured materials are in the forefront of materials science due to their unique properties, such as improved mechanical and magnetic performances. The properties of nanomaterials can be tuned by changing the chemical composition and/or the microstructure, such as the size of grains, as well as the type and density of crystal defects inside the grains. Defects disrupt the ideal periodic arrangement of atoms in crystallites. This disruption is known as lattice strain. For instance, dislocations and planar faults are frequently formed crystal defects for which considerable lattice strain is observed in one and two dimensions, respectively. In other words, dislocations are line defects and planar faults are defects that extend along a crystal plane. Both defects have a significant influence of the deformation behavior of materials [1]. Crystal defects in nanomaterials form naturally during their processing. However, their types, amount and spatial arrangement can be modified by changing the processing conditions. This route of tailoring the properties of nanomaterials is called as βcrystal defect engineeringβ.
European Chemicals Agency - EC