The specific heat, magnetization and low field susceptibility is calculated for iron-based Semimagnetic Semiconductors. Calculations are performed in Extended Nearest Neighbour Pair Approximation taking into account both Heisenberg-type d-d exchange interaction and spin-orbit interaction. Comparison with available experimental data for ZnFeSe and CdFeSe is presented
The magnetic specific heat and low-field ac susceptibility of the iron-based diluted magnetic semico...
The magnetic specific heat and low-field ac susceptibility of the iron-based diluted magnetic semico...
We report results of calculations of magnetic properties (specific heat, magnetization) of Fe-based ...
The specific heat, magnetization and low field susceptibility is calculated for iron-based Semimagne...
The specific heat, magnetization and low field susceptibility is calculated for iron-based Semimagne...
The specific heat, magnetization and low field susceptibility is calculated for iron-based Semimagne...
The specific heat, magnetization and low field susceptibility is calculated for iron-based Semimagne...
Low temperature susceptibility and specific heat have been measured of the diluted magnetic semicond...
Low temperature susceptibility and specific heat have been measured of the diluted magnetic semicond...
Low temperature susceptibility and specific heat have been measured of the diluted magnetic semicond...
Low temperature susceptibility and specific heat have been measured of the diluted magnetic semicond...
The magnetic specific heat and low-field ac susceptibility of the iron-based diluted magnetic semico...
The magnetic specific heat and low-field ac susceptibility of the iron-based diluted magnetic semico...
The high-temperature magnetic susceptibility of random, diluted magnetic systems is discussed for ma...
The high-temperature magnetic susceptibility of random, diluted magnetic systems is discussed for ma...
The magnetic specific heat and low-field ac susceptibility of the iron-based diluted magnetic semico...
The magnetic specific heat and low-field ac susceptibility of the iron-based diluted magnetic semico...
We report results of calculations of magnetic properties (specific heat, magnetization) of Fe-based ...
The specific heat, magnetization and low field susceptibility is calculated for iron-based Semimagne...
The specific heat, magnetization and low field susceptibility is calculated for iron-based Semimagne...
The specific heat, magnetization and low field susceptibility is calculated for iron-based Semimagne...
The specific heat, magnetization and low field susceptibility is calculated for iron-based Semimagne...
Low temperature susceptibility and specific heat have been measured of the diluted magnetic semicond...
Low temperature susceptibility and specific heat have been measured of the diluted magnetic semicond...
Low temperature susceptibility and specific heat have been measured of the diluted magnetic semicond...
Low temperature susceptibility and specific heat have been measured of the diluted magnetic semicond...
The magnetic specific heat and low-field ac susceptibility of the iron-based diluted magnetic semico...
The magnetic specific heat and low-field ac susceptibility of the iron-based diluted magnetic semico...
The high-temperature magnetic susceptibility of random, diluted magnetic systems is discussed for ma...
The high-temperature magnetic susceptibility of random, diluted magnetic systems is discussed for ma...
The magnetic specific heat and low-field ac susceptibility of the iron-based diluted magnetic semico...
The magnetic specific heat and low-field ac susceptibility of the iron-based diluted magnetic semico...
We report results of calculations of magnetic properties (specific heat, magnetization) of Fe-based ...