Industry news

Rare earth element | Terbium (Tb)

In 1843, Karl G. Mosander of Sweden discovered the element terbium through his research on yttrium earth. The application of terbium mostly involves high-tech fields, which are technology intensive and knowledge intensive cutting-edge projects, as well as projects with significant economic benef... Read More

Rare earth element | gadolinium (Gd)

In 1880, G.de Marignac of Switzerland separated “samarium” into two elements, one of which was confirmed by Solit to be samarium and the other element was confirmed by Bois Baudelaire’s research. In 1886, Marignac named this new element gadolinium in honor of the Dutch chemist ... Read More

Rare Earth Elements | Eu

In 1901, Eugene Antole Demarcay discovered a new element from “samarium” and named it Europium. This is probably named after the term Europe. Most of the europium oxide is used for fluorescent powders. Eu3+is used as an activator for red phosphors, and Eu2+is used for blue phosphors.... Read More

Rare earth element | Samarium (Sm)

  Rare earth element | Samarium (Sm) In 1879, Boysbaudley discovered a new rare earth element in the “praseodymium neodymium” obtained from niobium yttrium ore, and named it samarium according to the name of this ore. Samarium is a light yellow color and is the raw material for m... Read More

Rare earth element | Lanthanum (La)

The element ‘lanthanum‘ was named in 1839 when a Swede named ‘Mossander’ discovered other elements in the town soil. He borrowed the Greek word ‘hidden’ to name this element ‘lanthanum’.     Lanthanum is widely used, such as piezoelectric... Read More

Rare earth element | Neodymium (Nd)

Rare earth element | Neodymium (Nd) With the birth of praseodymium element, neodymium element also emerged. The arrival of neodymium element has activated the rare earth field, played an important role in the rare earth field, and controlled the rare earth market.   Neodymium has become a hot top... Read More

Rare Earth Elements | Scandium (Sc)

  In 1879, Swedish chemistry professors L.F. Nilson (1840-1899) and P.T. Cleve (1840-1905) found a new element in the rare minerals gadolinite and black rare gold ore at about the same time. They named this element “Scandium“, which was the “boron like” element predic... Read More

SDSU Researchers to Design Bacteria That Extract Rare Earth Elements

source:newscenter Rare earth elements (REEs) like lanthanum and neodymium are essential components of modern electronics, from cell phones and solar panels to satellites and electric vehicles. These heavy metals occur all around us, albeit in tiny quantities. But demand continues to rise and bec... Read More

Person in charge of technology department of many automobile enterprises: At present, the permanent magnet motor using rare earth is still the most advantageous

According to the Cailian News Agency, for Tesla’s next generation permanent magnet drive motor, which does not use any rare earth materials at all, Cailian News Agency learned from the industry that although there is currently a technical path for permanent magnet motors without rare earth ... Read More

Newly discovered protein supports efficient refining of Rare earth

Newly discovered protein supports efficient refining of Rare earth source:mining In a recent paper published in the Journal of Biological Chemistry, researchers at ETH Zurich describe the discovery of lanpepsy, a protein which specifically binds lanthanides – or rare earth elements – and discrim... Read More

Massive rare earth development projects in March quarter

Rare earth elements frequently appear on strategic mineral lists, and governments around the world are backing these commodities as a matter of national interest and protecting sovereign risks. Over the past 40 years of technological advancement, rare earth elements (REEs) have become an integral... Read More

Nanometer rare earth materials, a new force in the industrial revolution

Nanometer rare earth materials, a new force in the industrial revolution Nanotechnology is a new interdisciplinary field gradually developed in the late 1980s and early 1990s. Because it has great potential to create new production processes, new materials and new products, it will set off a new ... Read More
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