#Meta_lens fabricated using high aspect ratio #titanium_dioxide #nanostructures was recognized as a runner-up for Science magazine’s breakthrough of the Year 2018.
#Vision of Australian nanotechnology #research_strategy is to capture more than its per capita share of the projected $3 trillion global revenue for #nano_derived_products by 2020.
#Nanofiber modified #respiratory_masks have the ability to absorb #submicron particles up to 95%.
Using #nanomaterials such as #silicon_dioxide and #nanoporous_hydrocarbon_nitrogen coating can improve the #dyeability of #textile products.
Competence-building in #neutron_scattering is one of the #indicators of the primary #objective in #Norway #NANO2021 program.
Do you know other #nanomaterials with the structure and #morphology similar to #graphene? #Borophene, #Graphyne, #Molybdenum_disulfide, …
ISO 19007:2018 specifies a method for evaluating the effects of #nano_objects and their aggregates on #cellular_viability using the #MTS_assay.
More than 80% of #USPTO #nano_patents in 2018, have been published by the #USA, #South_Korea, #Japan, #China and #Taiwan, respectively.
#Graphene has had the highest #emergence_score among the #hot_topics of #nanoscience in the past ten years.
#Local_share (the ratio of #nano_articles to total articles) can be considered as a criterion for the #national_priority of countries in #nanoscience publications.
#China has published the highest number of #national_standards in the field of nanotechnology.
Would you like to see the products that can reduce #energy_consumption in the #automotive industry due to the application of #tungsten_disulfide #nanoparticles?
#Malaysia and #Taiwan have announced a mutual #nano_verification_mark recognition program that is set to be implemented in 2019.