Japanese researchers have succeeded in catalytic asymmetric iodoesterification from simple alkene substrates and carboxylic acids.
Perovskite solar cells (pero-SCs) show great potential in the photoelectric fields due to high power conversion efficiency (PCE), simple processing technology, low fabrication cost, etc..
As a new class of porous materials, noble metal aerogels (NMAs) have drawn tremendous attention because of their combined features including self-supported architectures, high surface areas, and numerous optically and catalytically active sites, enabling their impressive performance in diverse fields.
Researchers at the Qingdao Institute of Bioenergy and Bioprocess Technology of the Chinese Academy of Sciences have come a step closer to making a viable, high-output battery based on magnesium (Mg), an element the United States Geological Survey reports is far more abundant than lithium.
Studies of metal complexes with organic ligands at Kazan Federal University were initiated back in the 1970s by Professor Andrey Popel.
Each of our cells is surrounded by a complex membrane that functions as a biological border, letting ions and nutrients such as salt, potassium and sugar in and out.
The Chianese Organometallic Chemistry group at Colgate University (Hamilton, NY, USA) are using a custom designed Multicell Parallel High-Pressure Reactor from Asynt to conduct reproducible hydrogenation experiments in parallel, to rapidly determine the kinetic properties of their novel catalysts.
A research group led by Associate Professor TACHIKAWA Takashi of Kobe University's Molecular Photoscience Research Center has succeeded in developing a strategy that greatly increases the amount of hydrogen produced from sunlight and water using hematite photocatalysts.
Rechargeable batteries are at the heart of many new technologies involving, for example, the increased use of renewable energies. More specifically, they are employed to power electric vehicles, cell phones, and laptops.
Skoltech scientists in collaboration with researchers from the University of Stuttgart, the Karlsruhe Institute of Technology and the Russian Quantum Center achieved the first systematic experimental measurements of the electrical conductivity of pure interfacial water, hence producing new results significantly extending our knowledge of interfacial water.
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