A simplified procedure of lock-in thermography was developed and applied for characterization of nuclear materials. The possibility of thickness and thermal diffusivity measurements with the accuracy better than 90% was demonstrated with different metals and Zircaloy-4 claddings
This book discusses lock-in thermography (LIT) as a dynamic variant of the widely known IR thermogra...
A novel non-destructive and non-contacting technique for the spatially resolved detection of small l...
At present, lock-in thermography is widely used non-destructive method for defects detection. The in...
A simplified procedure of lock-in thermography was developed and applied for characterization of nuc...
The thermal diffusivity, sigma, is determined for sheets of different metals by means of an approach...
A feasibility study is made to search if lock-in thermography can be usefully employed in non-destru...
Lock-in infrared thermography is a well-established technique for measuring the thermal diffusivity ...
The present work describes a new test method for the in-situ non-destructive measurement of the ther...
A new test method is presented for the on-field nondestructive measurement of the thermal diffusivit...
The detection limit of infrared thermographic investigations can be improved down to 10 µK by using ...
International audienceIn the search for new materials for nuclear industry and reliable nuclear safe...
Lock in thermography is an advanced NDE technique that has been successfully applied for a wide vari...
Using lock-in thermography the temperature resolution of a Focal Plane Array (FPA) thermocamera can ...
Abstract A heating laser beam was scanned periodically along a testing path on the surface of a test...
It is well known that cross-linking of polyethylene molecules into three-dimensional networks improv...
This book discusses lock-in thermography (LIT) as a dynamic variant of the widely known IR thermogra...
A novel non-destructive and non-contacting technique for the spatially resolved detection of small l...
At present, lock-in thermography is widely used non-destructive method for defects detection. The in...
A simplified procedure of lock-in thermography was developed and applied for characterization of nuc...
The thermal diffusivity, sigma, is determined for sheets of different metals by means of an approach...
A feasibility study is made to search if lock-in thermography can be usefully employed in non-destru...
Lock-in infrared thermography is a well-established technique for measuring the thermal diffusivity ...
The present work describes a new test method for the in-situ non-destructive measurement of the ther...
A new test method is presented for the on-field nondestructive measurement of the thermal diffusivit...
The detection limit of infrared thermographic investigations can be improved down to 10 µK by using ...
International audienceIn the search for new materials for nuclear industry and reliable nuclear safe...
Lock in thermography is an advanced NDE technique that has been successfully applied for a wide vari...
Using lock-in thermography the temperature resolution of a Focal Plane Array (FPA) thermocamera can ...
Abstract A heating laser beam was scanned periodically along a testing path on the surface of a test...
It is well known that cross-linking of polyethylene molecules into three-dimensional networks improv...
This book discusses lock-in thermography (LIT) as a dynamic variant of the widely known IR thermogra...
A novel non-destructive and non-contacting technique for the spatially resolved detection of small l...
At present, lock-in thermography is widely used non-destructive method for defects detection. The in...
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