Concrete production weighs heavy on the environment, responsible for around 50% of overall waste generated worldwide.
Cracked phone screens could become a thing of the past thanks to breakthrough research conducted at The University of Queensland.
With the growing demand for energy across the world, the planet must move to renewable energy sources rapidly to meet internationally agreed targets to reduce carbon emissions. Solar floating photovoltaic systems show enormous potential as part of the renewable energy mix. A 2021 paper published in Energies has explored this topic of research.
Thanks to new thin-film technology, perovskites could bring increased efficiency to solar panel manufacturing for a lower cost.
The Olympus DSX1000 digital microscope has earned a reputation for exceptional image quality and ease of use.
Researchers at Luleå University of Technology in Sweden have demonstrated in the journal Applied Electronic Materials the high-performance electrochemical properties of biomass-derived graphene dots as a functional additive for green carbon aerogels.
The new-type thin-film solar cell technology is a revolutionary development that will pave the way toward introducing clean energy into modern homes and changing the way of life.
Our partners, Sigray, will be hosting a webinar entitled “Cutting-edge in operando and time evolved Battery Research using Laboratory X-ray Analytical Techniques.”
With an increasing global energy demands and environmental pollution, the development of alternative clean energy technologies has aroused widespread research interest.
A sensational new solar material known as organic-inorganic halide perovskites could soon enable the United States to realize its solar goals and decarbonize the power grid. Perovskite solar materials are one thousand times thinner than silicon and can be altered to respond to various colors of the solar spectrum just by changing their composition mix.
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