Development of cobalt and boron alloyed steel with more resistance at high temperatures avoids CO2 emission and increases the efficiency of power plants.
Development of cobalt and boron alloyed steel with more resistance at high temperatures avoids CO2 emission and increases the efficiency of power plants.
Ultrathin layers made of tungsten and selenium may be used as flexible, semi-transparent solar cells.
We’ll be attending the EMRS Spring Conference in Lille next week, and we’re going to keep you updated on all the latest.
Heat-based carbon nanotube/PDMS sensor developed at University of Michigan could detect terahertz radiation in real-time.
A special issue of chemsuschem dedicated to the chemistry of energy conversion and storage.
A mechanism of growth of anisotropic metal oxides that was predicted 20 years ago has been observed for the first time.
Researchers create an artificial chemical sensor based on one of the human body’s most important receptors.
Post-combustion CO2 capture presents a great opportunity to reduce emissions, but some hurdles still exist before widespread deployment can be considered.
Researchers at ORNL have developed an unconventional battery chemistry aimed at producing batteries that last longer than previously thought possible.
Scientists at the Vienna University of Technology create organic materials with remarkable properties under conditions of extreme heat and pressure.