Dysprosium thermal properties

MAGNETIC DIPOLE INTERACTIONS IN DYSPROSIUM ETHYL SULPHATE. II. MAGNETIC AND THERMAL PROPERTIES BETWEEN 1 K AND THE CURIE POINT. 

Of all the properties of the rare earths that contribute to their many and varied applications one that ranks of special interest is the extremely high thermal neutron capture cross-section associated with the elements gadolinium, samarium, europium and dysprosium, see Table IV. 

Getsis A, Balke B, Felser C et al (2009) Dysprosium-based ionic Uquid crystals thermal, structural, photo- and magnetophysical properties. Cryst Growth Des 9 4429 437... 

In Chapters I and 2, an introduction is made to the synchrotron Mossbauer spectroscopy with examples. Examples include the/ns/tu Mossbauer spectroscopy with synchrotron radiation on thin films and the study of deep-earth minerals. Investigations of in-beam Mossbauer spectroscopy using a Mn beam at the RIKEN RIBF is presented in Chapter 3. This chapter demonstrates innovative experimental setup for online Mossbauer spectroscopy using the thermal neutron capture reaction, Fe (n, y) Fe. The Mossbauer spectroscopy of radionuclides is described in Chapters 4-7. Chapter 4 gives full description of the latest analysis results of lanthanides Eu and Gd) Mossbauer structure and powder X-ray diffraction (XRD) lattice parameter (oq) data of defect fluorite (DF) oxides with the new defect crystal chemistry (DCC) Oq model. Chapter 5 reviews the Np Mossbauer and magnetic study of neptunyl(+l) complexes, while Chapter 6 describes the Mossbauer spectroscopy of organic complexes of europium and dysprosium. Mossbauer spectroscopy is presented in Chapter 7. There are three chapters on spin-state switching/spin-crossover phenomena (Chapter 8-10). Examples in these chapters are mainly on iron compounds, such as iron(lll) porphyrins. The use of Mossbauer spectroscopy of physical properties of Sn(ll) is discussed in Chapter I I. 

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