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Every year new organic, organometallic or coordination compounds are synthesized for special purposes: catalysis, non-linear optics, liquid crystals, synthetic precursors, mimics for biological systems, contrast agents for diagnostics and imaging, dyes, pharmaceuticals, etc.
Understanding of mechanisms of action or transformation of such molecules is the main theme of this jubilee Heyrovský Discussion.
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Subtopics:
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bond activation by ET for (electro)synthetic purposes
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molecules with multiple redox centers
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electrochemical studies of intramolecular electronic communication, aromaticity
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electrocatalytic principles and mechanisms
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push-pull systems, HOMO-LUMO gap
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stereoelectrochemistry – redox properties affected by conformation change
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electrochemistry and chirality
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relationship between structure and redox properties
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host-guest interaction and units for supramolecular devices
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(photo-) electrochromism
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use of electrochemical probes and markers
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mimicking of active centres in biomolecules
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generation and characterization of radical intermediates
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electrochemically generated chemiluminescence (ECL)
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combination of electrochemistry with spectroscopic techniques (in-situ, on-line)
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correlation of experimental data with theoretical calculations
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and others related problems
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