Infračervené technologie / Infrared technology (IR)
Kolekce
Recent Submissions
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Švantner, Michal
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Muzika, Lukáš
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Moskovchenko, Alexey
Analysis of flash pulse thermographic inspection parameters for quantitative measurement Flash-pulse thermography is a method for the detection of discontinuities or inhomogeneities in materials at their surface. It is based on excitation of inspected samples by a short pulse and analysis of its thermal response. It is basically an indicative method, however, quantitative... |
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Martan, Jiří
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Ballardin Beltrami, Carlos
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Hauschwitz, Petr
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Moskal, Denys
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Bičištová, Radka
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Honner, Milan
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Brodsky, Alexander
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Lang, Vladislav
Thermal signature of LIPSS formation revealed by infrared diagnostics Formation of Laser Induced Periodic Surface Structures (LIPSS) is a very interesting phenomenon. As the process is now moving towards the industry for the production of functional surfaces, a monitoring technique for online process control is needed. In the present work, the process... |
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Kleefoot, Max Jonathan
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Martan, Jiří
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Ballardin Beltrami, Carlos
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Sandherr, Jens
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Honner, Milan
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Ruck, Simon
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Knoblauch, Volker
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Riegel, Harald
Process temperature measurement during nanosecond pulse laser micromachining of Li-Ion battery electrodes Surface functionalization as well as the microstructure modification of electrodes by laser material processing has become increasingly important in recent years. Short and ultra-short pulsed lasers, which enable high-precision processing, are us... |
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Švantner, Michal
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Muzika, Lukáš
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Tesař, Jiří
Detection of Cracks by Infrared Nondestructive Testing Method Infrared nondestructive testing (IRNDT) is an active thermography method for inspection of material-surface inhomogeneities or discontinuities. It is based on an excitation of an inspected sample and a detection of its thermal response by thermographic methods. The IRNDT is commonly used for... |
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Švantner, Michal
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Muzika, Lukáš
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Skála, Jiří
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Tesař, Jiří
Metody aktivní termografie pro prediktivní údržbu energetických zařízení Active thermography and its approaches are introduced in this contribution. Possibilities of active thermography are demonstrated on two examples – inspection of steel walls and inspection of components at cyclic loading. Example of an inspection of a corrosion loss at rear ... |
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