Noble metals (e.g., platinum) are often used as catalysts in the oxygen reduction reaction (ORR) of fuel cell cathodes.
Acyl fluorides are organic compounds that contain a fluorine atom in their structure. These compounds have recently gained much attention in transition-metal catalysis due to their stability and selective reactivity.
Electrocatalysis is one of the most studied topics in the field of material science, because it is extensively involved in many important energy-related processes, such as the oxygen reduction reaction (ORR) for fuel cells, the hydrogen evolution reaction (HER) for green hydrogen production, and the oxygen evolution reaction (OER) for metal-air batteries.
Materials that integrate quantum magnetism and topological electronic properties have presently attracted a great deal of interest, specifically for the quantum many-body physics that are likely to unfold in them and also for potential applications in electronic components.
One of the most extensively researched topics in the area of material science is electrocatalysis because this process is largely involved in several major energy-associated processes, for example, the hydrogen evolution reaction (HER) for the production of green hydrogen, the oxygen reduction reaction (ORR) for fuel cells, and the oxygen evolution reaction (OER) for metal-air batteries.
When supercomputers are used to design novel drugs and electronic devices work on a nanoscale, it becomes highly significant for researchers to interpret the behavior of adjacent molecules toward one another.
Designed for chemists undertaking parallel syntheses the Asynt DrySyn 3-Position Clamp enables secure clamping of up to three round bottom flasks or condensers to a standard boss head.
Metals can experience strange things when exposed to adverse temperatures. For example, iron stops being magnetic under extreme heat, and lead becomes a superconductor under extreme cold.
In the natural realm, helical shapes are very common. At the molecular level, of DNA, the very blueprint of life is itself helical in shape.
A team of researchers from the Tokyo Institute of Technology (Tokyo Tech) and ERATO Japan Science and Technology has demonstrated a new method to synthesize superatoms of a preferred volume, stability, and valency in a solution medium by modifying the number of atoms present in a cluster structure.
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