About 175 thousand #nanotechnology #patent applications have been published by the United States Patent and Trademark Office (USPTO) from 2002 to 2021, which shows an average annual growth rate of 9.8%.
China, The united states, India, and Iran had the largest share in #nanotechnology publications in the first half of 2022 respectively.
The global #market of #nanotechnology-enabled #products stood at approximately US$1.6 trillion in 2014. In one estimate, the industry could generate 6 million jobs and account for 10% of global #GDP by 2030.
StatNano's #policy database contains a total of 180 evaluation reports of #nanotechnology from various countries. USA, Russia, Australia, Iran, and the UK possess the highest number of nanotechnology #evaluation reports.
The global #nanotechnology #services market is expected to grow from $158.98 billion in 2021 to $172.89 billion in 2022 at a compound annual growth rate (CAGR) of 8.8%.
Among the top 25 largest #oil and #gas companies, Baker Hughes, Saudi Aramco, and Halliburton have issued the highest number of #nanotechnology_patents so far.
More than 500 producing companies in #Russia employ #nanotechnology which the biggest clusters are located in Moscow (116 companies) and the Republic of Tatarstan (70 companies).
Today, two nanotechnology application areas - #semiconductor industry and #healthcare - jointly amount to over a third of the global #nanotechnology_market in the Russian Federation.
Over the ten years, the revenue of #nanotechnology_centers and #startups in the Russian Federation exceeded 34.9 billion rubles with more than 3000 workplaces created.
The 2021 US #Nanotechnology Initiative #Strategic_Plan program emphasizes the expansion and modernization of research #infrastructures in the United States and develops support for researchers and #small_businesses across the United States.
The newly published ISO #nanotechnology_standard describes a methodology of label-free and real-time detection to assess the #toxicity of #nanomaterials to eukaryotic and prokaryotic cells.
The #nanotechnology_standard (ISO 21363:2020) provides detailed instruction on how to calibrate, capture, measure, and analyze #TEM images to obtain particle size and shape distributions in the #nanoscale.
More than 40% of #nanotechnology_publications have been published by Chinese researchers in 2021. Iran, Saudi Arabia, and India have the largest amounts of #Local_Share.
The ISO #nanotechnology_standard (ISO/TS 21356-1) specifies the sequence of methods for characterizing the structural properties of #graphene including the number of layers, thickness, the lateral flake size, the level of disorder, and the specific surface area.
The newly published Danish #nanotechnology_standard can be used to evaluate #nano_objects generated as products of degradation, wear, or from mechanical treatment processes from #medical_devices manufactured not using #nanomaterials.
The recently published #nanotechnology_standard of #ASTM focuses specifically on fiber-based constructs for tissue-engineered medical products.
#Claytronics is the product of the convergence of #nanotechnology and #information_technology. Such materials would be composed of #catoms which would be the smallest indivisible units of the #programmable_matter.
The #Spectradyne nCS1 is a particle analyzing instrument that uses #microfluidic resistive pulse sensing rather than optical measurements to determine the concentration and size of samples. #nanotechnology_standard
19 #nanotechnology_standards were published during the first quarter of 2021, 8 of which are related to test methods and characterizations.
