Abstract: Theoretical and experimental analysis of heat diffusion in an anisotropic medium are presented. The solution of the 3D thermal conduction equation in an orthorhombic medium is calculated by the mean of a Fourier transforms method. Experiments were performed on an orthorhombic polydiacetylene single crystal sample. The temperature field at the sample surface was determined using the photothermal probe beam deflection technique. Then the 3 coefficients of the thermal conductivity tensor have been measured. 1
The purpose of this paper is to develop a non-contact method for simultaneous measurement of thermal...
The ability to steer the heat flux in a desired path requires materials with anisotropic thermal con...
The ability to steer the heat flux in a desired path requires materials with anisotropic thermal con...
Theoretical and experimental analysis of heat diffusion in an anisotropic medium are presented. The ...
Theoretical and experimental analysis of heat diffusion in an anisotropic medium are presented. The ...
Anisotropie media are of great importance in practice and in scientific research. Orthogonal (Orth.)...
Abstract. The collinear mirage technique is widely used to measure the thermal diffusivity of semi-t...
Abstract Anisotropy is a property of some materials in which the physical properties vary with diffe...
This article is dedicated to the simulation of heat diffusion in layered anisotropic materials. The ...
Colinear mirage detection was found to be simple and efficient to solve the problem of thermal diffu...
Colinear mirage detection was found to be simple and efficient to solve the problem of thermal diffu...
International audienceNew applications in aerospace or energy industries require the development of ...
Transparent anisotropic materials have garnered attention along with the growth of the semiconductor...
This work explores the performance of the collinear mirage technique to measure the thermal diffusiv...
This work explores the performance of the collinear mirage technique to measure the thermal diffusiv...
The purpose of this paper is to develop a non-contact method for simultaneous measurement of thermal...
The ability to steer the heat flux in a desired path requires materials with anisotropic thermal con...
The ability to steer the heat flux in a desired path requires materials with anisotropic thermal con...
Theoretical and experimental analysis of heat diffusion in an anisotropic medium are presented. The ...
Theoretical and experimental analysis of heat diffusion in an anisotropic medium are presented. The ...
Anisotropie media are of great importance in practice and in scientific research. Orthogonal (Orth.)...
Abstract. The collinear mirage technique is widely used to measure the thermal diffusivity of semi-t...
Abstract Anisotropy is a property of some materials in which the physical properties vary with diffe...
This article is dedicated to the simulation of heat diffusion in layered anisotropic materials. The ...
Colinear mirage detection was found to be simple and efficient to solve the problem of thermal diffu...
Colinear mirage detection was found to be simple and efficient to solve the problem of thermal diffu...
International audienceNew applications in aerospace or energy industries require the development of ...
Transparent anisotropic materials have garnered attention along with the growth of the semiconductor...
This work explores the performance of the collinear mirage technique to measure the thermal diffusiv...
This work explores the performance of the collinear mirage technique to measure the thermal diffusiv...
The purpose of this paper is to develop a non-contact method for simultaneous measurement of thermal...
The ability to steer the heat flux in a desired path requires materials with anisotropic thermal con...
The ability to steer the heat flux in a desired path requires materials with anisotropic thermal con...