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[HTML][HTML] Flexible and highly selective NO2 gas sensor based on direct-ink-writing of eco-friendly graphene oxide for smart wearable application
Nitrogen dioxide (NO 2) is a major cause of respiratory disorders in outdoor and indoor
environments. Real-time NO 2 monitoring using nonintrusive wearable devices can save …
environments. Real-time NO 2 monitoring using nonintrusive wearable devices can save …
A Proof‐of‐Principle Demonstration: Exploring the Effect of Anode Layer Microstructure on the Alkaline Oxygen Evolution Reaction
This study explores the effect of nickel cobalt oxide (Ni‐Co‐O) anode layer microstructure on
the oxygen evolution reaction (OER). Four anodes with similar Ni‐Co‐O loadings and …
the oxygen evolution reaction (OER). Four anodes with similar Ni‐Co‐O loadings and …
Reliability of Screen-printed Water-based Carbon Resistors for Sustainable Wearable Sensors
Water-based carbon inks provide a cost-effective and sustainable alternative to organic-
solvent-based metal conductive inks, making them attractive for wearable sensor …
solvent-based metal conductive inks, making them attractive for wearable sensor …
[PDF][PDF] Master in Photonics–“PHOTONICS BCN” Master ERASMUS Mundus “EuroPhotonics”
B Garrido, J Khan - photonics.masters.upc.edu
Inkjet printing technology is set to outpace traditional lithography for creating flexible,
stretchable, and sustainable electronic devices due to its precision, cost-effectiveness …
stretchable, and sustainable electronic devices due to its precision, cost-effectiveness …