Investigation of Triplet Exciplex Dynamics by Magnetic Field Effects due to the Triplet Mechanism

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Language: Englisch

Identifier: 1109792395

Contributor

Ulrich, T.
Steiner, Ulrich E.
Föll, Rudolf E.

URN: http://nbn-resolving.org/urn:nbn:de:bsz:352-opus-46532

Rights: Der Zugriff auf das Objekt ist unbeschränkt möglich.

Last update: 26.01.2023, 1:56 PM CET

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Deutsche Nationalbibliothek

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Associated

Ulrich, T.
Steiner, Ulrich E.
Föll, Rudolf E.

Other Objects (12)

A triplet mechanism for magnetic field modulation of photochemical quantum yields

Role of charge transfer and spin-orbit coupling in fluorescence quenching : a case study with oxonine and substituted benzenes

Spin-selective depopulation of triplet sublevels in rapidly rotating triplet exciplexes detected by a heavy-atom-induced magnetic field effect

Magnetic-field-enhanced radical yield from triplet electron-transfer reaction in reversed micelles

Magnetic field dependence of the deactivation rates of triplet azocumene in solution

Investigation of physical triplet quenching by electron donors

Magnetic field and spin effects from sequential p-type and d-type triplet mechanisms

Physical Triplet Quenching by Electron Donors

Heavy Atom Substituents as Molecular Probes for Solvent Effects on the Dynamics of Short-lived Triplet Exciplexes

Magnetic Field Effect on the Radical Yield of Electron Transfer Reactions Between a Dye Triplet and Heavy Atom Substituted Electron Donors

Spin-orbit coupling induced magnetic field effects in electron-transfer reactions with excited triplets : the role of triplet exciplexes and radical pairs in geminate recombination

Heavy Atoms as Molecular Probes in Studying the Solvent Dependence of the Dynamics of Triplet Exciplexes

A triplet mechanism for magnetic field modulation of photochemical quantum yields

Role of charge transfer and spin-orbit coupling in fluorescence quenching : a case study with oxonine and substituted benzenes

Spin-selective depopulation of triplet sublevels in rapidly rotating triplet exciplexes detected by a heavy-atom-induced magnetic field effect

Magnetic-field-enhanced radical yield from triplet electron-transfer reaction in reversed micelles

Magnetic field dependence of the deactivation rates of triplet azocumene in solution

Investigation of physical triplet quenching by electron donors

Magnetic field and spin effects from sequential p-type and d-type triplet mechanisms

Physical Triplet Quenching by Electron Donors

Heavy Atom Substituents as Molecular Probes for Solvent Effects on the Dynamics of Short-lived Triplet Exciplexes

Magnetic Field Effect on the Radical Yield of Electron Transfer Reactions Between a Dye Triplet and Heavy Atom Substituted Electron Donors

Spin-orbit coupling induced magnetic field effects in electron-transfer reactions with excited triplets : the role of triplet exciplexes and radical pairs in geminate recombination

Heavy Atoms as Molecular Probes in Studying the Solvent Dependence of the Dynamics of Triplet Exciplexes

A triplet mechanism for magnetic field modulation of photochemical quantum yields

Role of charge transfer and spin-orbit coupling in fluorescence quenching : a case study with oxonine and substituted benzenes

Spin-selective depopulation of triplet sublevels in rapidly rotating triplet exciplexes detected by a heavy-atom-induced magnetic field effect

Magnetic-field-enhanced radical yield from triplet electron-transfer reaction in reversed micelles

Magnetic field dependence of the deactivation rates of triplet azocumene in solution

Investigation of physical triplet quenching by electron donors

Magnetic field and spin effects from sequential p-type and d-type triplet mechanisms

Physical Triplet Quenching by Electron Donors

Heavy Atom Substituents as Molecular Probes for Solvent Effects on the Dynamics of Short-lived Triplet Exciplexes

Magnetic Field Effect on the Radical Yield of Electron Transfer Reactions Between a Dye Triplet and Heavy Atom Substituted Electron Donors

Spin-orbit coupling induced magnetic field effects in electron-transfer reactions with excited triplets : the role of triplet exciplexes and radical pairs in geminate recombination

Heavy Atoms as Molecular Probes in Studying the Solvent Dependence of the Dynamics of Triplet Exciplexes

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Investigation of Triplet Exciplex Dynamics by Magnetic Field Effects due to the Triplet Mechanism

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Other Objects (12)

A triplet mechanism for magnetic field modulation of photochemical quantum yields

Role of charge transfer and spin-orbit coupling in fluorescence quenching : a case study with oxonine and substituted benzenes

Spin-selective depopulation of triplet sublevels in rapidly rotating triplet exciplexes detected by a heavy-atom-induced magnetic field effect

Magnetic-field-enhanced radical yield from triplet electron-transfer reaction in reversed micelles

Magnetic field dependence of the deactivation rates of triplet azocumene in solution

Investigation of physical triplet quenching by electron donors

Magnetic field and spin effects from sequential p-type and d-type triplet mechanisms

Physical Triplet Quenching by Electron Donors

Heavy Atom Substituents as Molecular Probes for Solvent Effects on the Dynamics of Short-lived Triplet Exciplexes

Magnetic Field Effect on the Radical Yield of Electron Transfer Reactions Between a Dye Triplet and Heavy Atom Substituted Electron Donors

Spin-orbit coupling induced magnetic field effects in electron-transfer reactions with excited triplets : the role of triplet exciplexes and radical pairs in geminate recombination

Heavy Atoms as Molecular Probes in Studying the Solvent Dependence of the Dynamics of Triplet Exciplexes

A triplet mechanism for magnetic field modulation of photochemical quantum yields

Role of charge transfer and spin-orbit coupling in fluorescence quenching : a case study with oxonine and substituted benzenes

Spin-selective depopulation of triplet sublevels in rapidly rotating triplet exciplexes detected by a heavy-atom-induced magnetic field effect

Magnetic-field-enhanced radical yield from triplet electron-transfer reaction in reversed micelles

Magnetic field dependence of the deactivation rates of triplet azocumene in solution

Investigation of physical triplet quenching by electron donors

Magnetic field and spin effects from sequential p-type and d-type triplet mechanisms

Physical Triplet Quenching by Electron Donors

Heavy Atom Substituents as Molecular Probes for Solvent Effects on the Dynamics of Short-lived Triplet Exciplexes

Magnetic Field Effect on the Radical Yield of Electron Transfer Reactions Between a Dye Triplet and Heavy Atom Substituted Electron Donors

Spin-orbit coupling induced magnetic field effects in electron-transfer reactions with excited triplets : the role of triplet exciplexes and radical pairs in geminate recombination

Heavy Atoms as Molecular Probes in Studying the Solvent Dependence of the Dynamics of Triplet Exciplexes

A triplet mechanism for magnetic field modulation of photochemical quantum yields

Role of charge transfer and spin-orbit coupling in fluorescence quenching : a case study with oxonine and substituted benzenes

Spin-selective depopulation of triplet sublevels in rapidly rotating triplet exciplexes detected by a heavy-atom-induced magnetic field effect

Magnetic-field-enhanced radical yield from triplet electron-transfer reaction in reversed micelles

Magnetic field dependence of the deactivation rates of triplet azocumene in solution

Investigation of physical triplet quenching by electron donors

Magnetic field and spin effects from sequential p-type and d-type triplet mechanisms

Physical Triplet Quenching by Electron Donors

Heavy Atom Substituents as Molecular Probes for Solvent Effects on the Dynamics of Short-lived Triplet Exciplexes

Magnetic Field Effect on the Radical Yield of Electron Transfer Reactions Between a Dye Triplet and Heavy Atom Substituted Electron Donors

Spin-orbit coupling induced magnetic field effects in electron-transfer reactions with excited triplets : the role of triplet exciplexes and radical pairs in geminate recombination

Heavy Atoms as Molecular Probes in Studying the Solvent Dependence of the Dynamics of Triplet Exciplexes

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