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1Institute of Physics, Photonics Center,University of Belgrade, 2Faculty of Mechanical Engineering,University of Belgrade, 3Institute of Chemistry, Technology and Metallurgy,University of Belgrade, 4School of Physics,University of Exeter, 5Department of Physics & Namur Institute of Structured Matter (NISM),University of Namur, 6Chemistry Department, Laboratory of Molecular Imaging and Photonics,KULeuven, 7Université de Mons
Chapters
- 00:04Introduction
- 01:14Precharacterization of the Sample and Holographic Setup
- 02:47Performing the Experiment and Results Acquisition
- 03:52Analyses of the Results
- 04:23Results: Highlighting Holography s Ability to Reveal Dynamics at a Nanoscale
- 05:13Conclusion
El artículo se centra principalmente en el poder combinado de los métodos ópticos (lineales y no lineales) y holográficos utilizados para revelar fenómenos a nanoescala. Los resultados obtenidos de los estudios de reacciones químicas biofotónicas y oscilatorias se dan como ejemplos representativos, destacando la capacidad de la holografía para revelar dinámicas a nanoescala.
Tags
Holographic ImagingNon-invasive TechniqueNonlinear OpticsHolographyWave OpticsGeometric OpticsSample CharacterizationScanning Electron MicroscopeOptical SpectroscopyNonlinear Optical MicroscopyLaser AlignmentOptical Beam ExpanderInterferenceHolographic ExperimentBriggs-Rauscher ReactionThermal CameraChemical Reaction MonitoringOptical TableCuvetteReactants
