The Role of Binary and Many-center Molecular Interactions in Spin Crossover in the Solid State. Part III. Expressing Many-body Interactions

Koudriavtsev, Andrei B.; Linert, Wolfgang

doi:10.1007/s00706-005-0454-0

Monatsh. Chem.

2006

DOI: 10.1007/s00706-005-0454-0

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The Role of Binary and Many-center Molecular Interactions in Spin Crossover in the Solid State. Part III. Expressing Many-body Interactions

Andrei B. Koudriavtsev

Wolfgang Linert²

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Cited by 4 publications

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Established Static Models of Spin Crossover

Pavlík

Boča

2013

Eur J Inorg Chem

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Various models describing the stationary temperature‐induced phenomenon of spin crossover in metal complexes are briefly discussed. The emphasis is put on the usability of the presented models as tools for the quantitative interpretation of experimental data. The empirical approaches are first reviewed, which are usually called thermodynamic models or Ising‐like models depending on their macroscopic or microscopic representation. These form a suitable reference base for the other, more principal approaches that covers ligand field models, elasticity models and vibronic models for which interpretation of the ad hoc parameters is offered and eventually new consequences are appearing. Finally, insight into Monte Carlo modelling is presented, which appears as a perspective for theoretical analysis of spin transition.

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Established Static Models of Spin Crossover

Pavlík

Boča

2013

Eur J Inorg Chem

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show abstract

The Role of Binary and Many-Centre Molecular Interactions in Spin Crossover in the Solid State. Part IV. Ordering in Systems with Many-Body Interactions

2006

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Molecular statistical model of spin crossover equilibrium in the crystal state taking into account the phenomenon of ordering

Koudriavtsev

Linert

2008

J Struct Chem

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The Role of Binary and Many-center Molecular Interactions in Spin Crossover in the Solid State. Part III. Expressing Many-body Interactions

Cited by 4 publications

References 18 publications

Established Static Models of Spin Crossover

Established Static Models of Spin Crossover

The Role of Binary and Many-Centre Molecular Interactions in Spin Crossover in the Solid State. Part IV. Ordering in Systems with Many-Body Interactions

Molecular statistical model of spin crossover equilibrium in the crystal state taking into account the phenomenon of ordering

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