In the early 1930s, Louis Néel discovered the abnormality that specific materials that consist of magnetic elements and exhibiting zero remanence at any temperature did not conform to the paramagnetic Curie law.
Imaging low-density materials such as tissues located between bones by using X-rays is very difficult. This is due to the fact that X-rays pass straight through the material similar to sunlight passing through a window. But what if you need to see the area that isn't bone?
A new multimillion pound collaborative research project headed by BP and The University of Manchester could help to greatly minimize the impact that surface degradation processes such as corrosion and wear have on industry globally.
Lithium-ion batteries have become a crucial power source for the constantly expanding world of gadgets. They have also, on some occasions, been known to burst into flames.
A team of Chemists and Architects from the University of Cambridge have created super-stretchy and strong fibers which are almost completely made up of water, and could be used to manufacture sensors, textiles, and other materials.
Carbon dioxide (CO2) is a greenhouse gas and it plays a vital role in climate change; it is no wonder researchers have been searching for solutions to prevent its release in the environment.
Researchers from the Laboratory of Organic Electronics (LOE) have performed a trend-setting research which involves developing printed electronic transistor circuits and displays in which the color of individual pixels can be altered.
The innovation under progress in the field of packaging is making products entirely using organic materials acquired from the remnants of agricultural production. A specialist at the Italian National Research Council (CNR) stated that such bioplastics might be as competitive as conventional ones in the early 2020s, although they might not be applicable in all fields.
Roman Author Pliny the Elder in his book ‘Naturalis Historia’ written around A.D. 79, stated that concrete structures in harbors, exposed against the constant battering of the saltwater waves, become “a single stone mass, impregnable to the waves and every day stronger.”
One segment—that is, the plasma facing material—of the vacuum vessel in the fusion experimental device and prospective fusion reactor comes into contact with plasma. Upon entry of the plasma ions into the material, namely, tungsten, those particles are modified into neutral atom and remain inside the material.
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