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Graphene-based composites on the rover wheels will be used to understand if this material can protect spacecraft against the harsh conditions on the Moon.
The 15,700-square-foot Research and Innovation Laboratory (RAIL) will provide multipurpose lab space for energy efficiency and renewable energy research.
Will enhance Asbury’s portfolio of engineered material solutions for adhesives, asphalt, cement, coatings, as well as plastic and metal-matrix composites.
Researchers at NREL investigating use of perovskite semiconductors for solar cells proven to be highly efficient at converting sunlight to electricity.
Two-dimensional (2D) materials have a huge potential for providing devices with much smaller size and extended functionalities, Graphene Flagship said.
Site features completely redesigned aesthetic, with emphasis on easy-to-access informative content presented in a simple, clean and visually appealing way.
NanoDirect’s high purity nanowires key for use in products such as smart textiles, e-readers, display technology, photonics, biosensors and solar cells.
New design overcomes problems associated with more conventional modes of power supply in wearable electronics, including inconvenience of recharging batteries.
450 experts from 31 countries discussed the combination of conductivity, strength and the greater control over color that is now possible thanks to these tubes.
Around 450 participants from 31 countries shared their views at the 2019 Nanoaugmented Materials (NAUM) Industry Summit on the role of graphene nanotubes.
The two companies will share research and engineering resources to develop and manufacture hybrid nanomaterials based on carbon substrates and carbon nanotubes.
For electronic materials applications, PPG will showcase polymer-thick-film circuit materials that include printed conductive, dielectric and resistive inks.
The new products enhance the compatibility of TUBALL for use in elastomer compounding w/ matrices refined to support fluoroelastomers, EPDM and tire compounds.
Collaborating with Aalto University and Helsinki University on FEPOD project to develop electrochemical sensors to determine analgesic concentrations in blood.