High-resolution photothermal microscope: A very sensitive tool for the detection of nano-scale isolated absorbing defects in optical coatings
Bertrand Bertussi, Mireille Commandré, Jean-Yves Natoli
Abstract
Bertrand Bertussi, Mireille Commandré, Jean-Yves Natoli
Abstract
Photothermal deflection technique permits to highlight the presence of absorbing defects in optical components. This non-destructive tool is of a great interest to understand the role of impurities in laser-induced damage process. The detection of nano-sized isolated inclusions requieres to develop a very sensitive photothermal setup. Thus, it is essential to improve the detection up to its theoretical limit.
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Photothermal deflection technique permits to highlight the presence of absorbing defects in optical components. This non-destructive tool is of a great interest to understand the role of impurities in laser-induced damage process. The detection of nano-sized isolated inclusions requieres to develop a very sensitive photothermal setup. Thus, it is essential to improve the detection up to its theoretical limit.
Key concepts: Photothermal therapy, Materials science, Deflection (physics), Laser, Optical microscope, Nano-, Microscope, Microscopy