Add to ORKGUsing photothermal radiometry (PTR) an ion-irradiated ZrC sample\u27s thermal properties are measured by fitting frequency-scan data to a theoretical model for the surface temperature. The technique is shown to measure thermal properties without physical contact of a very small sample
La radiométrie photothermique (PTR) est une technique standard qui mesure les propriétés thermiques ...
International audienceIn order to improve the safety of nuclear power plant, loss-of-coolant acciden...
In this work, the optical and thermal properties of tissuelike materials are measured by using frequ...
Using complementary thermal wave methods, the irradiation damaged region of zirconium carbide (ZrC) ...
Dans les applications nucléaires, les propriétés des matériaux peuvent subir des modifications impor...
Using complementary thermal wave methods, the irradiation damaged region of zirconium carbide (ZrC) ...
We extend the applications of photothermal diagnostics by means of laser infrared photothermal radio...
Among diffusion methods, photothermal radiometry (PTR) has the ability to penetrate and yield inform...
International audienceIn the search for new materials for nuclear industry and reliable nuclear safe...
The in-depth thermal conductivity (k) profile in a proton-irradiated zirconium carbide (ZrC) sample ...
Photothermal radiometry is an infrared remote sensing technique that has been used for skin and skin...
The measurement of the thickness of a coating layer is a traditional industrial problem. Many method...
We extend the applications of photothermal diagnostics to solid spheres, in which both theoretical a...
Photothermal (PT) effects are produced by the heating a sample and its surroundings due to the absor...
Photothermal Radiometry is a common thermal property measurement technique which is used to measure ...
La radiométrie photothermique (PTR) est une technique standard qui mesure les propriétés thermiques ...
International audienceIn order to improve the safety of nuclear power plant, loss-of-coolant acciden...
In this work, the optical and thermal properties of tissuelike materials are measured by using frequ...
Using complementary thermal wave methods, the irradiation damaged region of zirconium carbide (ZrC) ...
Dans les applications nucléaires, les propriétés des matériaux peuvent subir des modifications impor...
Using complementary thermal wave methods, the irradiation damaged region of zirconium carbide (ZrC) ...
We extend the applications of photothermal diagnostics by means of laser infrared photothermal radio...
Among diffusion methods, photothermal radiometry (PTR) has the ability to penetrate and yield inform...
International audienceIn the search for new materials for nuclear industry and reliable nuclear safe...
The in-depth thermal conductivity (k) profile in a proton-irradiated zirconium carbide (ZrC) sample ...
Photothermal radiometry is an infrared remote sensing technique that has been used for skin and skin...
The measurement of the thickness of a coating layer is a traditional industrial problem. Many method...
We extend the applications of photothermal diagnostics to solid spheres, in which both theoretical a...
Photothermal (PT) effects are produced by the heating a sample and its surroundings due to the absor...
Photothermal Radiometry is a common thermal property measurement technique which is used to measure ...
La radiométrie photothermique (PTR) est une technique standard qui mesure les propriétés thermiques ...
International audienceIn order to improve the safety of nuclear power plant, loss-of-coolant acciden...
In this work, the optical and thermal properties of tissuelike materials are measured by using frequ...