Thomas Bally has acquired international recognition for his work on the photochemistry of reactive intermediates, which include radical ions. Here, we present a brief overview of our investigations of the excited-state dynamics of radical ions in liquids at room temperature, which are still poorly documented. A better understanding of these dynamics is most relevant, as open-shell ions in the excited state are being increasingly used in redox photochemistry and have been proposed to play a key role in highly exergonic photoinduced electron transfer reactions.</p
The excited-state dynamics of a series of Wurster's salts (p-phenylenediamine radical cations) with ...
The spectroscopy and ultrafast relaxation dynamics of excited states of the radical anion of a repre...
Solar energy represents a promising renewable energy source. In natural and artificial photosynthesi...
Thomas Bally has acquired international recognition for his work on the photochemistry of reactive i...
The spectral and dynamic features of photoexcited radical ions have been studied by ultrafast spectr...
The excited-state dynamics of the radical cations of perylene (PE¥+), tetracene (TE¥+), and thianthr...
Abstract. Time resolved photoelectron spectroscopy explores the excited state dynam-ics of liquid wa...
Charge-transfer products and their generation are at the heart of a huge amount of chemistry. Here, ...
Reactive hydrocarbon molecules like radicals, biradicals and carbenes are not only key players in co...
International audienceReactive hydrocarbon molecules like radicals, biradicals, and carbenes are not...
A study of the dynamics of ground-state recovery of the perylene radical cation (Pe•+), of perylene ...
Various bimolecular photoinduced electron transfer reactions were investigated in liquid solution us...
Ultrafast photochemical processes can occur in parallel with the relaxation of the optically populat...
The fluorescence lifetime of the radical cation of N,N,N',N'-tetramethyl-p-phenylenediamine (Wurster...
Because of their key role in many areas of science and technology, bimolecular photoinduced electron...
The excited-state dynamics of a series of Wurster's salts (p-phenylenediamine radical cations) with ...
The spectroscopy and ultrafast relaxation dynamics of excited states of the radical anion of a repre...
Solar energy represents a promising renewable energy source. In natural and artificial photosynthesi...
Thomas Bally has acquired international recognition for his work on the photochemistry of reactive i...
The spectral and dynamic features of photoexcited radical ions have been studied by ultrafast spectr...
The excited-state dynamics of the radical cations of perylene (PE¥+), tetracene (TE¥+), and thianthr...
Abstract. Time resolved photoelectron spectroscopy explores the excited state dynam-ics of liquid wa...
Charge-transfer products and their generation are at the heart of a huge amount of chemistry. Here, ...
Reactive hydrocarbon molecules like radicals, biradicals and carbenes are not only key players in co...
International audienceReactive hydrocarbon molecules like radicals, biradicals, and carbenes are not...
A study of the dynamics of ground-state recovery of the perylene radical cation (Pe•+), of perylene ...
Various bimolecular photoinduced electron transfer reactions were investigated in liquid solution us...
Ultrafast photochemical processes can occur in parallel with the relaxation of the optically populat...
The fluorescence lifetime of the radical cation of N,N,N',N'-tetramethyl-p-phenylenediamine (Wurster...
Because of their key role in many areas of science and technology, bimolecular photoinduced electron...
The excited-state dynamics of a series of Wurster's salts (p-phenylenediamine radical cations) with ...
The spectroscopy and ultrafast relaxation dynamics of excited states of the radical anion of a repre...
Solar energy represents a promising renewable energy source. In natural and artificial photosynthesi...