Optically detected magnetic resonance study of the lowest excited triplet state of aromatic thioketones: Xanthione

Keywords

Phosphorescence, Chemistry, Intersystem crossing, Excited state, Triplet state

References

• Spin‐orbit coupling effects on the zero field splitting of (π, π*) triplet states of conjugated enonesClaude R. Jones, August H. Maki, David R. Kearns — 1973
• Phosphorescence transients induced by magnetic resonance fast passageC. J. Winscom, August H. Maki — 1971
• Optically detected magnetic resonance and spectroscopic studies of the lowest excited triplet states of xanthone and related molecules in crystalline systemsA Chakrabarti, Noboru Hirota — 1976
• Triplet state quenching by ground state molecules of the same kind. Xanthione in solutionU. Brühlmann, J. Robert Huber — 1978
• Fluorescence from S2 single vibronic levels in thiophosgene vapor: Quantum yields and quenching effectsT. Oka, Arthur R. Knight, Ronald P. Steer — 1977
• Chemically induced electron spin polarization from photolysis with plane polarized lightA.J. Dobbs, K.A. McLauchlan — 1975
• The nature of the red emission of aromatic thioketonesMary Mahaney, J. Robert Huber — 1976
• Photodissociation of thiophosgeneH. Okabe — 1977
• Picosecond absorption spectra of the second excited singlet state of a molecule in the condensed phase: XanthioneRonald Anderson, Robin M. Hochstrasser, Henry J. Pownall — 1976
• Assignment of the Lowest Triplet State of the Carbonyl GroupS. Dym, Robin M. Hochstrasser, Margaret E. Schafer — 1968
• Correlation of the zero field splittings with the phosphorescence rate constants and vibronic activity in the lowest triplet state of benzaldehydes by PMDRA.M. Nishimura, D.S. Tinti — 1972
• A spectroscopic study of fluorescence from the second excited singlet state of thiophosgene vaporT. Oka, Arthur R. Knight, Ronald P. Steer — 1975
• Fluorescence from the second excited singlet of aromatic thioketones in solutionMary Mahaney, J. Robert Huber — 1975
• S2 → S0 fluorescence in an aromatic thioketone, xanthioneJ. Robert Huber, Mary Mahaney — 1975
• ESR of the Triplet State of BenzophenoneMark Sharnoff — 1969
• 6500‐Å Transition of ThiobenzophenoneSwapan Dutta Gupta, Mihir Chowdhury, Subhas Chandra Bera — 1970
• Spectroscopic and photochemical properties of aromatic thioketones: xanthioneDennis A. Capitanio, Henry J. Pownall, J. Robert Huber — 1974
• Optically Detected Adiabatic Inversion in Phosphorescent Triplet States and the Measurement of Intramolecular Energy Transfer ProcessesCharles B. Harris, Robert J. Hoover — 1972
• PMDR studies of the radiative mechanism in 3ππ∗ aromatic carbonyls; vibronic band dependence of the radiative decay ratesEdward T. Harrigan, Noboru Hirota — 1974
• Microwave-optical double quantum studies of short-lived triplet systemsMark Sharnoff — 1969

Cited by

• Optical detection of the triplet-state magnetic resonance (ODMR) of sulfur dioxide adsorbed on zeolite 4AP. Svejda, A.H. Makj — 1981
• Characterization of the two tryptophan residues of the lactose repressor from Escherichia coli by phosphorescence and optical detection of magnetic resonance.Laura E. Burns, August H. Maki, Ronit Spotts — 1993
• Optically detected magnetic resonance study of the phosphorescent states of thiouracilsM. R. Taherian, August H. Maki — 1981
• Heavy‐atom effects associated with methylmercury (II) binding to rabbit glyceraldehyde‐3‐phosphate dehydrogenaseMartin V. Hershberger, August H. Maki — 1980
• Efficiency of singlet oxygen production by thiocarbonylsV. Ramesh, N. Ramnath, V. Ramamurthy — 1982
• Triplet state deactivation and photochemistry of aromatic thioketones in solution: xanthioneU. Brühlmann, J. Robert Huber — 1979
• Phosphorescent states of aromatic thioketones with large zero-field splittings investigated by optically detected magnetic resonance spectroscopyMichael Petrin, Sanjib Ghosh, August H. Maki — 1988
• The spectroscopy of xanthione in xanthone: An example of spin–orbit coupling dominated zero‐field splittingD. M. Burland — 1981
• ODMR and optical investigation of the lowest triplet state of thioxanthoneHans J. Griesser, Richard Bramley — 1982
• Xanthone. I. optical detection of an extremely large sublevel splitting the lowest triplet stateHans J. Griesser, Richard Bramley — 1982
• Emission and excitation spectra of the aromatic thioketone xanthione in a Shpolskii matrixMary Mahaney, J. Robert Huber — 1981
• The lowest triplet state of tetramethyl-1,3-cyclobutanedithione. I. Single-crystal polarized absorption spectrumJoseph Baiardo, Martin Vala, I. Trabjerg — 1983
• An unusually large zero-field splitting in the molecule xanthioneD. M. Burland — 1980
• Time‐resolved spectroscopy of intramolecular energy transfer in a rigid spiranAugust H. Maki, Jeffry G. Weers, Edwin F. Hilinski — 1984
• Determination of the principal spin axes orientations for the 1-methyl-2-thiouracil triplet state using low-field optically detected magnetic resonance (ODMR)C. A. Smith, August H. Maki — 1991
• The role of T1 self-quenching in photochemical decay of aromatic thionesAndrzej Maciejewski — 1988
• Solvent effect on the non-radiative S2(ππ*) decay of xanthioneMary Mahaney, J. Robert Huber — 1984
• Molecular luminescence cryothermometerMichael Petrin, August H. Maki — 1987
• Study ofl-tryptophan corepressor binding to mutatedE. coli tryptophan repressor proteins by optically detected triplet-state magnetic resonanceLaura E. Burns, August H. Maki — 1994
• The Photoreactivity of Thiocarbonyl CompoundsV. Pushkara Rao — 1992

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