Samples made of two slabs respectively of Cu and Zn are heat treated to create concentration gradient, and consequently a thermal properties gradient. Photoreflectance microscopy is used to image these samples with a microscopic resolution. The observed thermal contrast is used to evaluate the distribution of thermal diffusivity
A transient thermoreflectance technique capable of creating maps of the out-of-plane thermal conduct...
This paper presents the theoretical and experimental possibilities of a modulated photothermal metho...
Two photothermal microScopy techniques are presented, which are devoted to the local material therit...
Samples made of two slabs respectively of Cu and Zn are heat treated to create concentration gradien...
We present a variant of the traditional photoreflectance microscopy. It allows thermal diffusivity m...
Photothermal generation of thermal waves was used in combination with the probe beam deflection tech...
International audienceMicrometric scale thermal diffusivity measurement by photoreflectance microsco...
International audienceWe propose a simple configuration to obtain images of the diffusion of a quasi...
International audienceMicrometric scale thermal diffusivity measurement by photoreflectance microsco...
Analyzing the quality of images generated from an imaging method is essential for determining the li...
We propose a simple configuration to obtain images of the diffusion of a quasi 1-dimensional “therma...
The through-thickness thermal diffusivity can be evaluated by the classical flash method. If an homo...
A transient thermoreflectance technique capable of creating maps of the outof-plane thermal conducti...
The photothermal methods (indirect detection of the temperature increase of a sample after absorpti...
The photothermal effect is the refractive index gradient created by heat emission caused by photon a...
A transient thermoreflectance technique capable of creating maps of the out-of-plane thermal conduct...
This paper presents the theoretical and experimental possibilities of a modulated photothermal metho...
Two photothermal microScopy techniques are presented, which are devoted to the local material therit...
Samples made of two slabs respectively of Cu and Zn are heat treated to create concentration gradien...
We present a variant of the traditional photoreflectance microscopy. It allows thermal diffusivity m...
Photothermal generation of thermal waves was used in combination with the probe beam deflection tech...
International audienceMicrometric scale thermal diffusivity measurement by photoreflectance microsco...
International audienceWe propose a simple configuration to obtain images of the diffusion of a quasi...
International audienceMicrometric scale thermal diffusivity measurement by photoreflectance microsco...
Analyzing the quality of images generated from an imaging method is essential for determining the li...
We propose a simple configuration to obtain images of the diffusion of a quasi 1-dimensional “therma...
The through-thickness thermal diffusivity can be evaluated by the classical flash method. If an homo...
A transient thermoreflectance technique capable of creating maps of the outof-plane thermal conducti...
The photothermal methods (indirect detection of the temperature increase of a sample after absorpti...
The photothermal effect is the refractive index gradient created by heat emission caused by photon a...
A transient thermoreflectance technique capable of creating maps of the out-of-plane thermal conduct...
This paper presents the theoretical and experimental possibilities of a modulated photothermal metho...
Two photothermal microScopy techniques are presented, which are devoted to the local material therit...
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