The companion paper ("Non-destructive Characterisation of Refractories by Mirage Effect and Photothermal Microscopy", by G. Savignat, P. Boch, L. Pottier, D. Vandembroucq, and D. Fournier, in the same EUROMAT meeting) has explained the potential of photothermal techniques for the non-destructive evaluation of refractories. The present study gives photothermal data for three sorts of refractories: carbon bonded alumina, aluminium nitride / boron nitride bonded alumina, and carbon-bonded magnesia. The mirage effect and the photothermal microscopy are shown to be complementary methods, able to bring information about both macroscopic and microscopic thermal diffusivity
Using photothermal measurements as a new NDE method opens an application field of increasing interes...
The photothermal methods (indirect detection of the temperature increase of a sample after absorpti...
International audienceThis publication presents new advances in the field of refractories characteri...
The companion paper ("Non-destructive Characterisation of Refractories by Mirage Effect and Photothe...
In this paper we will demonstrate how thermal waves have turned out to be a good probe for the therm...
The photothermal methods are known to be a useful tool for thermal characterization of materials. Am...
Two photothermal microScopy techniques are presented, which are devoted to the local material therit...
Two photothermal microScopy techniques are presented, which are devoted to the local material therit...
Since several years, photothermal and thermographic techniques have been used to perform the thermo-...
It is proposed to transfer the capabilities of a high sensitivity photothermal technique, developed ...
ABSTRACT: The photothermal laser beam deflection (PTD) is used to measure the thermal properties of ...
In this work, a composite photothermal technique combining open photoacoustic cell and photothermal ...
Accretions on the inner walls of submerged entry nozzles (SENs) can be formed or modified by interac...
L'effet mirage et le microscope photothermique sont des méthodes optiques capables de mesurer sans c...
Photothermal measuring methods enable to analyse near surface zones up to some millimeters below mat...
Using photothermal measurements as a new NDE method opens an application field of increasing interes...
The photothermal methods (indirect detection of the temperature increase of a sample after absorpti...
International audienceThis publication presents new advances in the field of refractories characteri...
The companion paper ("Non-destructive Characterisation of Refractories by Mirage Effect and Photothe...
In this paper we will demonstrate how thermal waves have turned out to be a good probe for the therm...
The photothermal methods are known to be a useful tool for thermal characterization of materials. Am...
Two photothermal microScopy techniques are presented, which are devoted to the local material therit...
Two photothermal microScopy techniques are presented, which are devoted to the local material therit...
Since several years, photothermal and thermographic techniques have been used to perform the thermo-...
It is proposed to transfer the capabilities of a high sensitivity photothermal technique, developed ...
ABSTRACT: The photothermal laser beam deflection (PTD) is used to measure the thermal properties of ...
In this work, a composite photothermal technique combining open photoacoustic cell and photothermal ...
Accretions on the inner walls of submerged entry nozzles (SENs) can be formed or modified by interac...
L'effet mirage et le microscope photothermique sont des méthodes optiques capables de mesurer sans c...
Photothermal measuring methods enable to analyse near surface zones up to some millimeters below mat...
Using photothermal measurements as a new NDE method opens an application field of increasing interes...
The photothermal methods (indirect detection of the temperature increase of a sample after absorpti...
International audienceThis publication presents new advances in the field of refractories characteri...