2004Optical Interference CoatingsRequires access

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

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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.

About this research paper

What this paper is about

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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Available 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.

Key concepts: Photothermal therapy, Materials science, Deflection (physics), Laser, Optical microscope, Nano-, Microscope, Microscopy

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