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RESEARCH PAPER · Polyhedron · 2015

Modelling spectroscopic properties of NiSnCl6·6H2O as a probe for pressure calibration in high-magnetic field and high-frequency EMR measurements

Paweł Gnutek, Czesław Z. Rudowicz, Hitoshi Ohta, Takahiro Sakurai

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Modelling spectroscopic properties of NiSnCl6·6H2O as a probe for pressure calibration in high-magnetic field and high-frequency EMR measurementsOriginalElectron magnetic resonance data on high-spin Mn(III; S = 2) ions in porphyrinic and salen complexes modeled by microscopic spin Hamiltonian approach13Comparative Analysis of Experimental and Theoretical Zero-Field Splitting and Zeeman Electronic Parameters for Fe2+ Ions in FeX2·4H2O (X = F, Cl, Br, I) and [Fe(H2O)6](NH4)2(SO4)21Conversions of the Second-Rank Zero Field Splitting Parameters Measured Assuming the Fictitious Spin S'=1 to those for the Effective Spin S=23EMR Data on Mn(III; S=2) Ions in MnTPPCl Complex Modelled by Microscopic Spin Hamiltonian Approach7High-frequency EMR data for Fe2+ (S = 2) ions in natural and synthetic forsterite revisited – Fictitious spin S′ = 1 versus effective spin S˜ = 2 approach6Spectroscopic and magnetic properties of Fe2+ (3d6; S= 2) ions in Fe(NH4)2(SO4)2·6H2O – Modeling zero-field splitting and Zeeman electronic parameters by microscopic spin Hamiltonian approach8Modeling the zero-field splitting parameters and local structure of Co2+ ions doped into PbMoO4 crystal based on crystal field approach and superposition model analysis7Method for determination of the fourth-rank zero field splitting parameters from the zero field energy levels for spin S = 2 systems – Case studies: Fe2+ ions in [Fe(H2O)6](NH4)2(SO4)2 and forsterite (Fe2+:Mg2SiO4), and Cr2+ ions in (ND4)2Cr(D2O)6(SO4)2 and Rb2Cr(D2O)6(SO4)21

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  1. Electron magnetic resonance data on high-spin Mn(III; S = 2) ions in porphyrinic and salen complexes modeled by microscopic spin Hamiltonian approach

    Journal of Inorganic Biochemistry · 2017-06-28

    Krzysztof Tadyszak, Czesław Z. Rudowicz, Hitoshi Ohta, Takahiro Sakurai

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  2. Comparative Analysis of Experimental and Theoretical Zero-Field Splitting and Zeeman Electronic Parameters for Fe2+ Ions in FeX2·4H2O (X = F, Cl, Br, I) and [Fe(H2O)6](NH4)2(SO4)2

    Acta Physica Polonica A · 2017-07-01

    Magdalena A. Zajac, Czesław Z. Rudowicz

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  3. Conversions of the Second-Rank Zero Field Splitting Parameters Measured Assuming the Fictitious Spin S'=1 to those for the Effective Spin S=2

    Acta Physica Polonica A · 2017-07-01

    Michał Kozanecki, Czesław Z. Rudowicz

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  4. EMR Data on Mn(III; S=2) Ions in MnTPPCl Complex Modelled by Microscopic Spin Hamiltonian Approach

    Acta Physica Polonica A · 2017-07-01

    Krzysztof Tadyszak, Czesław Z. Rudowicz

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  5. High-frequency EMR data for Fe2+ (S = 2) ions in natural and synthetic forsterite revisited – Fictitious spin S′ = 1 versus effective spin S˜ = 2 approach

    Journal of Alloys and Compounds · 2017-07-26

    Michał Kozanecki, Czesław Z. Rudowicz, Hitoshi Ohta, Takahiro Sakurai

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  6. Spectroscopic and magnetic properties of Fe2+ (3d6; S= 2) ions in Fe(NH4)2(SO4)2·6H2O – Modeling zero-field splitting and Zeeman electronic parameters by microscopic spin Hamiltonian approach

    Journal of Magnetism and Magnetic Materials · 2017-09-12

    Magdalena A. Zajac, Czesław Z. Rudowicz, Hitoshi Ohta, Takahiro Sakurai

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  7. Modeling the zero-field splitting parameters and local structure of Co2+ ions doped into PbMoO4 crystal based on crystal field approach and superposition model analysis

    Optical Materials · 2018-07-21

    Danuta Piwowarska, Paweł Gnutek, Czesław Z. Rudowicz

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  8. Method for determination of the fourth-rank zero field splitting parameters from the zero field energy levels for spin S = 2 systems – Case studies: Fe2+ ions in [Fe(H2O)6](NH4)2(SO4)2 and forsterite (Fe2+:Mg2SiO4), and Cr2+ ions in (ND4)2Cr(D2O)6(SO4)2 and Rb2Cr(D2O)6(SO4)2

    Journal of Magnetism and Magnetic Materials · 2019-08-03

    Michał Kozanecki, Czesław Z. Rudowicz

    Read original paper ↗ ·
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