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Titlebook: Laser-Induced Breakdown Spectroscopy in Biological, Forensic and Materials Sciences; Gábor Galbács Book 2022 The Editor(s) (if applicable)

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Imaging of Biological Tissuesenefits of LIBS for the qualitative elemental imaging of tissues. The state-of-the-art instrumentation enables elemental imaging of sample surfaces with a high resolution (down to micro-scale) on a large scale (up to a whole-slide image), i.e., megapixel imaging of the distribution of investigated e
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Qualitative Classification of Biological Materialsr fields of application where quick decision-making is relevant, such as clinical applications or environmental field research. Contrary to possible expectations, atomic spectroscopy can be of service for studies of biological materials no less than molecular (e.g., Raman) spectroscopy. Since the el
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Advanced Polymer Characterizationport or aerospace. Nevertheless, the long-term functionality and safe use of these materials can only be ensured if suitable analytical methods allowing their comprehensive analysis are available. Providing the possibility of spatially and depth-resolved elemental analysis and a means for polymer id
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Materials Characterization by Laser-Induced Plasma Acoustics and Spectroscopy The fraction of incoming energy absorbed by the material contributes to processes like heating and melting that lead to the formation of inertially-confined, high-pressure plasma and vapors. Vibrations propagating into the sample generated by the pressure and inherent recoil reaction of induced str
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Gábor Galbácssing are applicable to this task and have been used, vision remains the most appealing due to its passive nature, good range, and resolution. Most vision techniques to recover depth for navigation use stereo. In the last few years, researchers have started studying techniques to combine stereo with
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Jeyne Pricylla Castro,Raquel Cardoso Machado,Daniel Fernandes Andrade,Diego Victor de Babos,Edenir Rdes of sensing are applicable to this task and have been used, vision remains the most appealing due to its passive nature, good range, and resolution. Most vision techniques to recover depth for navigation use stereo. In the last few years, researchers have started studying techniques to combine st
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