In this work we present a theoretical study on the thermal and electrical conductivities of quasicrystals. By considering a realistic model for the spectral conductivity we derive closed analytical expressions for the transport coefficients which allow us to study the temperature dependence of the Lorenz ratio L( T) = κ_(e)(T)/ Tσ( T) at different temperature regimes. We conclude that quasicrystals closely follow Wiedemann- Franz's law over a wide temperature range
Motivated by a series of experimental facts regarding anomalous transport properties in certain comp...
Quasicrystals are a class of ordered solids made of typical metallic atoms but they do not exhibit t...
In this work we analyze the potential role of quasicrystals and related alloys in thermoelectric mat...
The validity of the Wiedemann-Franz law (WFL) for icosahedral quasicrystals belonging to the familie...
In this work we consider the range of validity of the Wiedemann-Franz law (WFL) in quasicrystals, ap...
In this work we report the existence of certain universal features in the temperature dependence of ...
We present a theoretical analysis of quasicrystals (QCs) as potential thermoelectric materials. We c...
In this work we present a theoretical study on the possible use of quasicrystals as potential thermo...
In this work, we introduce a phenomenological model describing the thermoelectric power of icosahedr...
A model for the electronic structure of icosahedral quasicrystals is proposed on the basis of a numb...
The electronic structure of a quasicrystalline approximant sample is analyzed by means of a combined...
Motivated by a series of experimental facts regarding anomalous transport properties in certain comp...
In this thesis, we performed a detailed study of the thermal conductivity in a wide range of quasicr...
On the basis of a realistic model for the spectral conductivity, obtained from a proper combination ...
We consider a general Fibonacci quasicrystal (FQC) in which both the masses and the elastic constant...
Motivated by a series of experimental facts regarding anomalous transport properties in certain comp...
Quasicrystals are a class of ordered solids made of typical metallic atoms but they do not exhibit t...
In this work we analyze the potential role of quasicrystals and related alloys in thermoelectric mat...
The validity of the Wiedemann-Franz law (WFL) for icosahedral quasicrystals belonging to the familie...
In this work we consider the range of validity of the Wiedemann-Franz law (WFL) in quasicrystals, ap...
In this work we report the existence of certain universal features in the temperature dependence of ...
We present a theoretical analysis of quasicrystals (QCs) as potential thermoelectric materials. We c...
In this work we present a theoretical study on the possible use of quasicrystals as potential thermo...
In this work, we introduce a phenomenological model describing the thermoelectric power of icosahedr...
A model for the electronic structure of icosahedral quasicrystals is proposed on the basis of a numb...
The electronic structure of a quasicrystalline approximant sample is analyzed by means of a combined...
Motivated by a series of experimental facts regarding anomalous transport properties in certain comp...
In this thesis, we performed a detailed study of the thermal conductivity in a wide range of quasicr...
On the basis of a realistic model for the spectral conductivity, obtained from a proper combination ...
We consider a general Fibonacci quasicrystal (FQC) in which both the masses and the elastic constant...
Motivated by a series of experimental facts regarding anomalous transport properties in certain comp...
Quasicrystals are a class of ordered solids made of typical metallic atoms but they do not exhibit t...
In this work we analyze the potential role of quasicrystals and related alloys in thermoelectric mat...