Inorganic Chemistry

In a groundbreaking exploration, a research team, including Professor Yasuyuki Nagashima from Tokyo University of Science (TUS), Japan, has opened a new avenue for investigating the interactions between positrons and ionic crystals.  Their collaborative efforts, documented in Physical Review Letters, feature the contributions of Dr. Takayuki Tachibana, a former Assistant Professor at TUS, currently affiliated […]

An isotope of magnesium has been uncovered with a much shorter half-life than the time it takes to draw in electrons, representing a potential border to chemistry when it involves the graph of nuclides. More significant than 3000 different nuclides– isotopes of the components– have been found to day, although only 252 are thought-about secure.

Electrolytic hydrogen manufacturing powered by renewable energy is viewed as an environmentally safe way to relieve international environmental and energy issues. In the journal Angewandte Chemie, a research study team presented a new and low-cost material for electrodes that may offer very efficient, energy-saving hydrogen production: porous, phosphorized CoNi2S4 yolk-shell nanospheres. The half-reactions of water

Hydrogen fuel stemmed from the sea could be a bountiful and sustainable substitute to fossil fuels; however, the potential power source has been limited by technological obstacles, consisting of exactly how to harvest it. Scientists at the University of Central Florida designed for the very first time a nanoscale material that can successfully divide seawater