In this paper we extend previous results on the effective thermal conductivity of liquid helium II in cylindrical channels to rectangular channels with high aspect ratio. The aim is to compare the results in the laminar regime, the turbulent regime and the ballistic regime, all of them obtained within a single mesoscopic formalism of heat transport, with heat flux as an independent variable
The thermal conductivity of helium was measured at atmospheric pressure in the range 800–2100°K by t...
We investigate numerically, for the first time, the thermal counterflow of superfluid helium past a ...
We consider the refrigeration of an array of heat-dissipating cylindrical nanosystems as a simplifie...
In this paper we extend previous results on the effective thermal conductivity of liquid helium II i...
The size-dependent and flux-dependent effective thermal conductivity of narrow capillaries filled wi...
This review paper puts together some results concerning non equilibrium thermodynamics and heat tran...
The aim of this paper is to explore how the effective thermal conductivity of small channels filled ...
The size-dependent and flux-dependent effective thermal conductivity of narrow channels filled with ...
The investigation of transport properties in normal liquid helium-3 and its topological superfluid p...
In this paper we go ahead in our studies on refrigeration of nanosystems by superfluid helium, as an...
The investigation of transport properties in normal liquid helium-3 and its topological superfluid p...
Motivated by the challenge of computer refrigeration, we study the limits set by the transition to q...
The thermal conductivity of helium was measured at atmospheric pressure in the range 800–2100°K by t...
We investigate numerically, for the first time, the thermal counterflow of superfluid helium past a ...
We consider the refrigeration of an array of heat-dissipating cylindrical nanosystems as a simplifie...
In this paper we extend previous results on the effective thermal conductivity of liquid helium II i...
The size-dependent and flux-dependent effective thermal conductivity of narrow capillaries filled wi...
This review paper puts together some results concerning non equilibrium thermodynamics and heat tran...
The aim of this paper is to explore how the effective thermal conductivity of small channels filled ...
The size-dependent and flux-dependent effective thermal conductivity of narrow channels filled with ...
The investigation of transport properties in normal liquid helium-3 and its topological superfluid p...
In this paper we go ahead in our studies on refrigeration of nanosystems by superfluid helium, as an...
The investigation of transport properties in normal liquid helium-3 and its topological superfluid p...
Motivated by the challenge of computer refrigeration, we study the limits set by the transition to q...
The thermal conductivity of helium was measured at atmospheric pressure in the range 800–2100°K by t...
We investigate numerically, for the first time, the thermal counterflow of superfluid helium past a ...
We consider the refrigeration of an array of heat-dissipating cylindrical nanosystems as a simplifie...