The paper deals with the meaning of non-equilibrium temperatures in nanosystems with an
internal variable, describing defects inside them, and implications on heat transport. In …

In the framework of the extended irreversible thermodynamics with internal variables a
model for semiconductor crystals and superlattices with dislocations is proposed in order to …

In this paper, we ask ourselves how non-local effects affect the description of thermodynamic
systems with internal variables. Usually, one assumes that the internal variables are local …

A model for semiconductor crystals and superlattices with dislocations proposed in a
previous paper is used here to study the thermal, electrical and mechanical properties of …

In a previous paper, in the framework of extended irreversible thermodynamics with internal
variables, a model for nanostructures with thin porous channels filled by a fluid flow was …

In a previous paper, in the framework of the extended irreversible thermodynamics, a non
conventional model for the description of a fluid flow through porous solids was given. A …

In the framework of the extended irreversible thermodynamics, a non conventional
description for fluid flow through porous solids is given introducing in the state space a …

In a previous paper we outlined a geometric model for the thermodynamic description of
extrinsic semiconductors with defects of dislocation. Applying a geometrization technique …

This article presents an application of a theory, previously formulated in the framework of
rational extended irreversible thermodynamics, to describe the thermal, mechanical and …

Temperature, heat transport and dislocations Page 1 DOI: 10.1478/AAPP.97S1A11 AAPP | Atti
della Accademia Peloritana dei Pericolanti Classe di Scienze Fisiche, Matematiche e Naturali …