AI Article Synopsis
- Surface characterization is crucial for evaluating device performance and understanding surface dynamics in manufacturing, leading to the development of various surface profiling techniques.
- A new non-contact fiber interferometer-based method is introduced, offering real-time, high-precision surface profiling with a wide detection range from nanometers to millimeters.
- This innovative system allows for detailed nanoscale profiling (10 nm resolution) and microscale mapping (0.2 µm resolution) of surfaces, making it effective for analyzing nanostructured surfaces and determining roughness in industrial samples.
Article Abstract
Surface characterization is essential for a technical evaluation of device performance and to assess surface dynamics in fabrication units. In this regard, a number of surface profiling techniques have been developed that accurately map sample topography but have significantly limited detection range. Here, we demonstrate a cascaded non-contact fiber interferometer-based approach for real-time high-precision surface profiling with ultrawide detection range (nm to mm). This compact interferometers' system operates by wavelength interrogation that provides a scope to study several types of surfaces and has a tunable cavity configuration for varying the sensitivity and range of the detectable features' size. The proposed system enables nanoscale profiling over 10-1000 nm with resolution of 10 nm and microscale mapping over 1-1000 µm with resolution of 0.2 µm. The technique is utilized to map the features of nanostructured surfaces and estimate the surface roughness of standardized industrial samples.
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| http://dx.doi.org/10.1364/OL.531327 | DOI Listing |
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