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Rationalizing substituent effects in 1-azathioxanthone photophysics
Anne Kathrine R. Junker,
Thomas Just Sorensen
Department of Chemistry
5
Citations (Scopus)
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Dive into the research topics of 'Rationalizing substituent effects in 1-azathioxanthone photophysics'. Together they form a unique fingerprint.
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Keyphrases
Substituent Effect
100%
Photophysics
100%
Photophysical Properties
100%
Triplet Excited State
66%
Lanthanides
66%
Optical Spectroscopy
33%
Motivation
33%
Computational Chemistry
33%
Singlet
33%
Emission Spectroscopy
33%
Relative Energy
33%
Time Gating
33%
Dewar
33%
Ring Systems
33%
Electron-donating Substituent
33%
Excited State Lifetime
33%
Chromophore
33%
Visible Spectrum
33%
Fluorescence Quantum Yield
33%
Lanthanide Ions
33%
Triplet Sensitizer
33%
Singlet Excited State
33%
Transition Energy
33%
Phenyl Ring
33%
Sensitizer
33%
Methoxy Group
33%
Antenna
33%
Chemistry
Substituent Effect
100%
Photophysics
100%
Lanthanoid Atom
100%
Excited Triplet State
66%
Cyclic Structure
33%
Excited Singlet State
33%
formation
33%
Emission Spectroscopy
33%
Optical Spectroscopy
33%
Methoxy Group
33%
Quantum Yield
33%
Ab Initio Calculation
33%
Chromophore
33%
Computational Chemistry
33%