The systematic variation of the Curie-temperature "Slater-Pauling curve" has been explained for the first time on the basis of the finite-temperature theory of the local environment effect. The peculiarity of the Curie temperatures in Fe-V, Fe-Ni, and Ni-Mn alloys is elucidated by using the effective exchange couplings
Specific heats at constant pressure, C_p, of Fe-Ni (fcc) alloys have been measured a temperatures 30...
[1] Curie point temperatures (TC) of natural and synthetic magnetic materials are commonly determine...
This work is concerned with thermal quantum states of Hamiltonians on spin- and fermionic-lattice sy...
The Pauling theories of ferromagnetism and metal structure are discussed and compared with other the...
The concentrational behavior of the Curie temperature that describes the experiments for disordered ...
Quantum-mechanical calculations are used to determine the temperature dependence of the Gibbs energy...
Why do typical magnetic metals and oxides have different Curie temperatures (TC)? For example, TC = ...
The temperature dependence of initial permeability μ_i was measured in the temperature range from 4....
The Monte-Carlo algorithm is an effective method to study the Curie temperature of a ferromagneti...
The variation of the magnetic susceptibility in the neighborhood of the Curie point Tc is represente...
1. The temperature variation of the paramagnetic susceptibility of most of the solids follows the ge...
[[abstract]]The periodic Anderson model contains many parameters: the bare f-electron energy E0, the...
We investigate the magneto caloric properties in Ni2MnIn based Heusler alloys having the martensitic...
We introduce the Hamiltonian to describe narrow band electrons. The physics of driving forces toward...
A conventional thermogravimeter has been adapted with a small magnet to detect the Curie temperature...
Specific heats at constant pressure, C_p, of Fe-Ni (fcc) alloys have been measured a temperatures 30...
[1] Curie point temperatures (TC) of natural and synthetic magnetic materials are commonly determine...
This work is concerned with thermal quantum states of Hamiltonians on spin- and fermionic-lattice sy...
The Pauling theories of ferromagnetism and metal structure are discussed and compared with other the...
The concentrational behavior of the Curie temperature that describes the experiments for disordered ...
Quantum-mechanical calculations are used to determine the temperature dependence of the Gibbs energy...
Why do typical magnetic metals and oxides have different Curie temperatures (TC)? For example, TC = ...
The temperature dependence of initial permeability μ_i was measured in the temperature range from 4....
The Monte-Carlo algorithm is an effective method to study the Curie temperature of a ferromagneti...
The variation of the magnetic susceptibility in the neighborhood of the Curie point Tc is represente...
1. The temperature variation of the paramagnetic susceptibility of most of the solids follows the ge...
[[abstract]]The periodic Anderson model contains many parameters: the bare f-electron energy E0, the...
We investigate the magneto caloric properties in Ni2MnIn based Heusler alloys having the martensitic...
We introduce the Hamiltonian to describe narrow band electrons. The physics of driving forces toward...
A conventional thermogravimeter has been adapted with a small magnet to detect the Curie temperature...
Specific heats at constant pressure, C_p, of Fe-Ni (fcc) alloys have been measured a temperatures 30...
[1] Curie point temperatures (TC) of natural and synthetic magnetic materials are commonly determine...
This work is concerned with thermal quantum states of Hamiltonians on spin- and fermionic-lattice sy...
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