A new study in the journal Crystals has attempted to better characterize the microstructure of aluminum-erbium master alloys.
We are all familiar with the popular foam plastic insulation material, polystyrene when it comes to protecting consumer items and for its application in the food industry in the form of plastic trays and containers. The flame retardancy of this material is explored in the journal Materials.
The ever-increasing demand for energy and the depletion of fossil fuels has underlined the need for energy generation from renewable sources.
A paper published online in the journal Separation and Purification Technology has demonstrated a way to overcome a critical issue in the extraction of lithium brine, promising significant advances for the lithium-ion battery industry.
Electrification of transportation and increased use of renewable energy are commonly thought to be the most efficient strategies for achieving considerable reductions in greenhouse gas (GHG) emissions.
The battery industry requires materials and products with superior performance to meet the demands of the 21st century. A new paper published online in the Chemistry Engineering Journal has demonstrated a novel method for improving hard carbon to provide superior properties for the battery industry’s needs.
The dramatic loss of biodiversity has concerned the public and heightened social demand for chemicals pesticide-free plant agriculture, which is now seen as a major priority by governments throughout the world. RNAi-based techniques are fast advancing as a possible alternative to traditional chemical pesticides in light of this worldwide dilemma.
Heat shields have long been used by spacecraft for protection while entering into planetary atmospheres. Missions to the outer solar system in the future will necessitate more advanced materials than currently available. The extreme heating conditions required to examine new shield materials are, however, very problematic to realize experimentally on Earth.
The use of environmentally friendly carbonaceous materials as catalysts for organic reactions has gained major attention in the past decades.
Researchers found that through compositing layered anisotropic materials, increased thermoelectric energy conversion efficiency can be achieved in two directions of measurement. He research was presented in the journal Energy.
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