Dysprosium

News Dysprosium

• Materials Testing: Detecting damages in non-magnetic steel through magnetism
  

  Wear, corrosion, material fatigue - these signs of degradation are common to most materials. This makes it all the more important to detect damage early, preferably on the micro scale. Magnetic test methods are often used for this purpose, which was previously impossible with non-magnetic steel. Res more

• A new method for synthesizing a promising magnetic material
  

  Scientists from Siberian Federal University (SFU) together with their colleagues from the Institute of Chemistry and Chemical Technology of Siberian Department of Russian Academy of Sciences and Kirensky Institute of Physics of Siberian Department of Russian Academy of Sciences used a new method for more

• Antiferromagnetic dysprosium reveals magnetic switching with less energy
  

  HZB scientists have identified a mechanism with which it may be possible to develop a form of magnetic storage that is faster and more energy-efficient. They compared how different forms of magnetic ordering in the rare-earth metal named dysprosium react to a short laser pulse. They discovered that more

Videos Dysprosium

Dysprosium

Dysprosium is element number 66 on the periodic table. more

Infographics Dysprosium

The Lanthanides

This graphic looks at the elements known as the lanthanides – the ones stranded at the bottom of the periodic table, along with the actinides. For a group of elements that doesn’t really get much attention in chemistry teaching until at least undergraduate level, their applications are remarkably wi more

The Chemical Elements of a Smartphone

There are an isolated few graphics online that look at elements involved in the manufacture of a smartphone – for example, this ‘Periodic Table of iPhones’ – but there’s actually remarkably little easily accessible information out there that details the specific compounds used for specific purposes more

Publications Dysprosium

• Coordination and metal ion-mediated transformation of a polydentate ligand containing oxime, hydrazone and picolinoyl functionalities

  Publication date: Available online 5 June 2018 Source:Inorganic Chemistry Communications Author(s): Evangelos Pilichos, Ioannis Mylonas-Margaritis, Aristotelis P. Kontos, Vassilis Psycharis, Nikolaos Klouras, Catherine P. Raptopoulou, Spyros P. Perlepes The first use of biacetylm more

• Single-molecule magnet properties of a monometallic dysprosium pentalene complex

  The pentalene-ligated dysprosium complex [(η8-Pn†)Dy(Cp*)] (1Dy) (Pn† = [1,4-(iPr3Si)2C8H4]2–) and its magnetically dilute analogue are single-molecule magnets, with energy barriers of 245 cm–1. Whilst the [Cp*]– ligand in 1Dy provides a strong axial crystal field, the overall axiality of this syste more

• Synthesis and magneto-structural studies on a new family of carbonato bridged 3d–4f complexes featuring a [CoII3LnIII3(CO3)] (Ln = La, Gd, Tb, Dy and Ho) core: slow magnetic re ...

  A new family of [3 + 3] hexanuclear 3d–4f complexes [(μ3-CO3){CoIILnIIIL(μ3-OH)(OH2)}3]-(ClO4)·mC2H5OH·nH2O (1–5) [Ln = La (1), Gd (2), Tb (3), Dy (4), and Ho (5)] have been prepared in moderate to high yields (62–78%) following a self-assembly reaction between the ligand 6,6′,6′′-(nitrilotris(methy more

Market studies Dysprosium

• China Rare Earth Industry Report, 2006

  In 2005, China rare earth industry witnessed a healthy and rapid development. China's domestic application of rare earth reached 51,900 tons, accounting for nearly 50% of smelting and separating rare earth products. Meanwhile, the economic returns have also improved greatly. The total consumption of more