Cantilever torque magnetometry on coordination compounds: from theory to experiments

[Display omitted] •Possibility to disentangle noncollinearity in all the crystal systems.•A detailed relation between magnetic anisotropy and crystal structure is enlighten.•CTM provides crystal field splitting, energy levels and wavefunction composition.•The coupling of CTM with microwave radiation...

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Veröffentlicht in:Coordination chemistry reviews Jg. 348; S. 171 - 186
1. Verfasser: Perfetti, Mauro
Format: Journal Article
Sprache:Englisch
Veröffentlicht: Elsevier B.V 01.10.2017
Schlagworte:
Cantilever torque magnetometry
Lanthanides
Magnetic anisotropy
Single crystals
Thin layers
Transition metals
Single crystals
Transition metals
Thin layers
Lanthanides
Cantilever torque magnetometry
Magnetic anisotropy
ISSN:0010-8545, 1873-3840
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Abstract [Display omitted] •Possibility to disentangle noncollinearity in all the crystal systems.•A detailed relation between magnetic anisotropy and crystal structure is enlighten.•CTM provides crystal field splitting, energy levels and wavefunction composition.•The coupling of CTM with microwave radiation provides spectroscopic information.•Ability to obtain molecular order of anisotropic films layer-by-layer. Cantilever Torque Magnetometry (CTM) is one of the leading techniques to deeply understand magnetic anisotropy of coordination compounds. The knowledge of magnetic anisotropy is a mandatory requirement before proceeding with any future application related to the magnetic properties of coordination compounds, such as quantum computation or information storage. This review enlightens that CTM offers a unique combination of accuracy and precision to disentangle noncollinear contributions inside Single Crystals as well as the sensitivity to detect molecular order of thin films. CTM can also detect quantum phenomena such as magnetization steps and molecular hysteresis curves. Moreover, it can also provide the energy levels splitting and wavefunctions composition, especially if coupled with microwave radiation.
AbstractList [Display omitted] •Possibility to disentangle noncollinearity in all the crystal systems.•A detailed relation between magnetic anisotropy and crystal structure is enlighten.•CTM provides crystal field splitting, energy levels and wavefunction composition.•The coupling of CTM with microwave radiation provides spectroscopic information.•Ability to obtain molecular order of anisotropic films layer-by-layer. Cantilever Torque Magnetometry (CTM) is one of the leading techniques to deeply understand magnetic anisotropy of coordination compounds. The knowledge of magnetic anisotropy is a mandatory requirement before proceeding with any future application related to the magnetic properties of coordination compounds, such as quantum computation or information storage. This review enlightens that CTM offers a unique combination of accuracy and precision to disentangle noncollinear contributions inside Single Crystals as well as the sensitivity to detect molecular order of thin films. CTM can also detect quantum phenomena such as magnetization steps and molecular hysteresis curves. Moreover, it can also provide the energy levels splitting and wavefunctions composition, especially if coupled with microwave radiation.
Author Perfetti, Mauro
Author_xml – sequence: 1
  givenname: Mauro
  orcidid: 0000-0001-5649-0449
  surname: Perfetti
  fullname: Perfetti, Mauro
  email: mauro.perfetti@chem.ku.dk
  organization: Department of Chemistry, University of Copenhagen, Universitetparken 5, 2100 Copenhagen, Denmark
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Keywords Single crystals
Transition metals
Thin layers
Lanthanides
Cantilever torque magnetometry
Magnetic anisotropy
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Snippet [Display omitted] •Possibility to disentangle noncollinearity in all the crystal systems.•A detailed relation between magnetic anisotropy and crystal structure...
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SubjectTerms Cantilever torque magnetometry
Lanthanides
Magnetic anisotropy
Single crystals
Thin layers
Transition metals
Title Cantilever torque magnetometry on coordination compounds: from theory to experiments
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