Download Lanthanide Single Molecule Magnets by Jinkui Tang, Peng Zhang PDF

By Jinkui Tang, Peng Zhang

This publication starts through supplying simple info on single-molecule magnets (SMMs), masking the magnetism of lanthanide, the characterization and rest dynamics of SMMs and complicated technique of learning lanthanide SMMs. It then systematically introduces lanthanide SMMs starting from mononuclear and dinuclear to polynuclear complexes, classifying them and highlighting these SMMs with excessive barrier and blockading temperatures – an process that offers a few very precious symptoms for the structural good points had to optimize the contribution of an Ising style spin to a molecular magnet. the ultimate bankruptcy offers the various most up-to-date advancements within the lanthanide SMM box, resembling the layout of multifunctional and stimuli-responsive magnetic fabrics in addition to the anchoring and association of the SMMs on surfaces. furthermore, the crystal constitution and magnetic facts are sincerely awarded with a wealth of illustrations in each one bankruptcy, assisting novices and specialists alike to raised snatch ongoing developments and discover new directions.

Jinkui Tang is a professor at Changchun Institute of utilized Chemistry, chinese language Academy of Sciences.

Peng Zhang is at the moment pursuing his PhD at Changchun Institute of utilized Chemistry, chinese language Academy of Sciences, with a particular specialise in the molecular magnetism of lanthanide compounds lower than the supervision of Prof. Jinkui Tang.

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Additional resources for Lanthanide Single Molecule Magnets

Example text

Different from the above relaxation processes, the QTM relaxation is temperature independent and only shows the dependence for applied dc magnetic field (H) [19, 90]. In general, an efficient QTM, direct, or Raman process will shortcut the Orbach process at a given temperature, especially in the low-temperature region, and greatly reduce the anisotropic barrier. In order to extend the temperature region of Orbach process and effectively enhance the anisotropic barrier, the three processes, especially 26 1 A Basis for Lanthanide Single-Molecule Magnets QTM, should be suppressed as efficiently as possible, which can be achieved by ­modulating the ligand field to enhance the axial anisotropy [75], applied dc magnetic field, or magnetic dilution [59].

96] firstly developed single-crystal magnetic measurements into molecular magnetism in 2009 and thus provide accurate information on the magnetic anisotropy through angle-resolved magnetometry. In fact, the technique was initiated in the 1960s, but has scarcely been employed in molecular magnetism before because of its complex procedure and low sensitivity [98, 99]. 19) combined modern SQUID magnetometers with high sensitivity here [100]. The large enough single crystal should be grown firstly, and then, it is embedded in glue (or grease) on one face of a millimeter-sized Teflon cube to better handle the crystals which are air sensitive, susceptible to solvent loss, or with poor habit [69].

6, approaching the Ising limit. The orientation of anisotropy (pale blue rod) is close (10°, within experimental uncertainty) to the experimental one and is almost perpendicular to the idealized symmetry axis. In addition, the calculations were performed on several reduced models, revealing that the hydrogen bonds on coordinated water molecule play a key role in the unexpected orientation of the easy axis. Other late lanthanide derivatives were further investigated through the angleresolved magnetometry and ab initio calculations to get a deeper insight into the anisotropic properties of lanthanide ions.

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