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Potassium Bromide Used in the Production of Graphene on a Copper Surface can Give Better Results

Using potassium bromide in the manufacture of graphene on a copper surface can give rise to improved outcomes.

30 Apr 2019

Porous Graphene Sponge Could Lead to the Development of New Battery Technologies

Innovative battery technologies will be required to meet the demands of electronics in the future. In this regard, lithium-sulfur batteries may provide a solution as they have a hypothetical energy density about five times that of lithium-ion batteries.

30 Apr 2019

International Research Team Designs Mathematically Predicted Graphene with Enhanced Electrocatalytic Activity

Electrochemical imaging shows that phosphorus and nitrogen atoms are vital for improving the potential of holey graphene to boost the liberation of hydrogen during electrolysis.

26 Apr 2019

New Approach for Exploring Hydrodynamic Reactions of Electrons in Graphene

By exploring how electrons in 2D graphene can virtually act like a liquid, scientists have made it possible for more research into a material that has the potential to facilitate future electronic computing devices that outperform silicon transistors.

26 Apr 2019

OCSiAl’s Graphene Nanotube-reinforced PU Shafts with Stable Anti-static Properties

Graphene nanotube-reinforced anti-static polyurethane shafts are becoming the new industry standard and help manufacturers keep production costs down and ensure occupational safety.

From OCSIAL Group 26 Apr 2019

Researchers Use Carbon Nanotube Templates to Produce Isolated TMM Nanowires

At Tokyo Metropolitan University, scientists have successfully created nanowires of transition metal monochalcogenide (TMM) using carbon nanotube templates.

22 Apr 2019

Graphene and Related Materials Inks Improve Solar Cells

Imagine the environmental benefits if we could all simply paint solar cells onto the roof of our houses, or onto any surface for that matter.

From Graphene Flagship 17 Apr 2019

Researchers Develop New Graphene-Enabled Photodetector that is Highly Sensitive and Fast

A research work published in Nano Letters explains the advance of a graphene-enabled detector for terahertz light that is more sensitive and rapid when compared to current room-temperature technologies.

16 Apr 2019

Researchers Engineer Artificial Atoms that Function at Room Temperature

With the help of a recently reported discovery by University of Oregon (UO) physicist Ben Alemán, ultra-secure online communications, totally incomprehensible if intercepted, are a step closer to becoming a reality.

12 Apr 2019

Researchers Discover Rapid Graphene Growth on Liquid Cu

Graphene, particularly the single-crystal graphene, turns out to be a capable material for photonics and electronics in future as it possesses special properties like record thermal conductivity, great intrinsic charge carrier mobility, remarkable stiffness, and very good light transmission.

3 Apr 2019