The research team has developed a new non-precious metal catalyst based on low-cost cobalt-iron. This catalyst demonstrates excellent ammonia decomposition performance at a low expense, maintaining ...

Ammonia is emerging as one of the most promising H2 carriers, offering solutions to several critical challenges associated with H2 storage and transportation. As H2 is increasingly recognized as a ...

With the rising global demand for cost-effective sustainable batteries, lithium-ion batteries are at the forefront as energy ...

A team led by Professor Zhou Huanping from Peking University has published two papers in the field of perovskite solar cells ...

Eco-lovers can now be buried in the world's first "living coffin" - which decomposes faster and is made out of mushrooms. The ...

Researchers at the University of Tokyo developed a novel solid catalyst for efficient recovery of materials from epoxy ...

Nanoplastics -- plastic particles smaller than 1 m -- are widely dispersed because of their low weight. A research team now shows the extent to which glaciers at an altitude of more than 3,000 m in ...

Given enough time, the decomposition of peroxide will happen all by itself. To be useful in a jet pack, this reaction has to proceed much, much faster, which was what the silver was for.

Researchers at the Seoul National University of Science and Technology (Seoultech) have achieved a significant breakthrough ...

As someone whose PhD was in solid-state materials chemistry, and who spent a lot of time characterising those materials, the ...

In practice, an effect known as overpotential slows the electrochemical reactions: the formation and decomposition of insoluble Li 2 O 2 are slow and its conductivity is also very low. In addition ...