Calculating linear-response functions for finite temperatures on the basis of the alloy analogy model

@inproceedings{Ebert2015CalculatingLF,
  title={Calculating linear-response functions for finite temperatures on the basis of the alloy analogy model},
  author={Hubert Ebert and Sergiy Mankovsky and Kristina Chadova and Svitlana Polesya and J{\'a}n Min{\'a}r and Diemo K{\"o}dderitzsch},
  year={2015}
}

• Hubert Ebert, Sergiy Mankovsky, +3 authors Diemo Ködderitzsch
• Published 2015

A scheme is presented that is based on the alloy analogy model and allows one to account for thermal lattice vibrations as well as spin fluctuations when calculating response quantities in solids. Various models to deal with spin fluctuations are discussed concerning their impact on the resulting temperature-dependent magnetic moment, longitudinal conductivity, and Gilbert damping parameter. It is demonstrated that, by using the Monte Carlo (MC) spin configuration as input, the alloy analogy… CONTINUE READING

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