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Molecular Physics
An International Journal at the Interface Between Chemistry and Physics
Volume 37, 1979 - Issue 4
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Original Articles

The metastable triplet state of zinc porphin and magnesium porphin: A study by E.S.R. in an n-octane crystal at 1·4 K

J.A. Kooter Centre for the Study of the Excited States of Molecules, Huygens Laboratorium, University of Leiden, Leiden, The Netherlands
&
J.H. Van der Waals Centre for the Study of the Excited States of Molecules, Huygens Laboratorium, University of Leiden, Leiden, The Netherlands
Pages 997-1013 | Received 13 Apr 1978, Published online: 23 Aug 2006

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W.A.J.A. van der Poel & J.H. van der Waals. (1984) Optically detected proton and nitrogen ENDOR in the 3 E state of zinc porphine in an n-octane single crystal. Molecular Physics 53:3, pages 673-694.
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W.A.J.A. van der Poel, DavidJ. Singel, J. Schmidt & J.H. van der Waals. (1983) Pulsed ENDOR spectroscopy of the interior protons of free-base porphin in its lowest photoexcited triplet state, in an n-octane single crystal. Molecular Physics 49:5, pages 1017-1028.
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H.M. van Noort, B. Wirnitzer, J. Schmidt & J.H. van der Waals. (1982) The phosphorescent 3 E state of zinc porphin in n-alkane host crystals. Molecular Physics 45:6, pages 1259-1269.
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R.J. Platenkamp. (1982) Site-selection and Zeeman spectroscopy of the S 1↔S 0 transition of magnesiumporphin in N-octane at 4·2 K. Molecular Physics 45:1, pages 113-127.
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R.J. Platenkamp & M. Noort. (1982) Site selection and Zeeman spectroscopy of the S 1↔S 0 transition of magnesiumporphin in N-octane at 4·2 K. I. Molecular Physics 45:1, pages 97-112.
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N. Van Dijk, M. Noort & J.H. Van Der Waals. (1981) Zeeman spectroscopy of the 4 E → 2 B 1 phosphorescence of copper porphin in an n-alkane single crystal. Molecular Physics 44:4, pages 891-911.
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G.W. Canters & J.A. Kooter. (1980) Kinetic and radiative properties of the lowest triplet state of palladiumporphin. Molecular Physics 41:6, pages 1431-1450.
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J.A. Kooter & G.W. Canters. (1980) Zeeman and optical experiments on the lowest triplet state of palladium porphin. Molecular Physics 41:2, pages 361-375.
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G. Jansen, M. Noort, N. van Dijk & J.H. van der Waals. (1980) The orientation of porphins in n-alkane Shpolskii hosts. Molecular Physics 39:4, pages 865-880.
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J.A. Kooter, J.H. Van der Waals & J.V. Knop. (1979) Calculation of the spin density and spin-spin dipolar interaction in the triplet state of metal porphins. Molecular Physics 37:4, pages 1015-1036.
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Articles from other publishers (26)

Norbert Grzegorzek, Haochuan Mao, Patrick Michel, Marc J. Junge, Emmaline R. Lorenzo, Ryan M. Young, Matthew D. Krzyaniak, Michael R. Wasielewski & Erin T. Chernick. (2020) Metalated Porphyrin Stable Free Radicals: Exploration of Electron Spin Communication and Dynamics. The Journal of Physical Chemistry A 124:30, pages 6168-6176.
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Gleb Baryshnikov, Boris Minaev & Hans Ågren. (2017) Theory and Calculation of the Phosphorescence Phenomenon. Chemical Reviews 117:9, pages 6500-6537.
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Thomas Fransson, Trond Saue & Patrick Norman. (2016) Four-Component Damped Density Functional Response Theory Study of UV/Vis Absorption Spectra and Phosphorescence Parameters of Group 12 Metal-Substituted Porphyrins. Journal of Chemical Theory and Computation 12:5, pages 2324-2334.
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Zhi-Qiang You & Chao-Ping Hsu. (2010) The fragment spin difference scheme for triplet-triplet energy transfer coupling. The Journal of Chemical Physics 133:7.
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Boris Minaev, Emil Jansson, Hans Ågren & Sigurd Schrader. (2006) Theoretical study of phosphorescence in dye doped light emitting diodes. The Journal of Chemical Physics 125:23.
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Fred M. Johnson. (2006) Diffuse interstellar bands: A comprehensive laboratory study. Spectrochimica Acta Part A: Molecular and Biomolecular Spectroscopy 65:5, pages 1154-1179.
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Boris Minaev & Hans Ågren. (2005) Theoretical DFT study of phosphorescence from porphyrins. Chemical Physics 315:3, pages 215-239.
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Friedhelm Lendzian, Robert Bittl, Alison Telfer & Wolfgang Lubitz. (2003) Hyperfine structure of the photoexcited triplet state 3P680 in plant PS II reaction centres as determined by pulse ENDOR spectroscopy. Biochimica et Biophysica Acta (BBA) - Bioenergetics 1605:1-3, pages 35-46.
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Kiet A. Nguyen & Ruth Pachter. (2003) Jahn–Teller triplet excited state structures and spectra of zinc complexes of porphyrin and phthalocyanine: A density functional theory study. The Journal of Chemical Physics 118:13, pages 5802-5810.
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V. Hamacher, J. Wrachtrap, B. von Maltzan, M. Plato & K. Möbius. (1993) EPR and ENDOR study of porphyrins and their covalently linked dimers in the photoexcited triplet state. Applied Magnetic Resonance 4:3, pages 297-319.
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I.B. Bersuker & S.S. Stavrov. (1988) Structure and properties of metalloporphyrins and hemoproteins: the vibronic approach. Coordination Chemistry Reviews 88, pages 1-68.
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S. S. Stavrov. (1988) Vibronic effects in porphyrin optical-absorption band splitting. Theoretical and Experimental Chemistry 23:6, pages 647-652.
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C.J. Winscom, A.L. Maniero & K. Möbius. (1986) 14N odnqr of zinc(octaethylporphyrin) in its singlet ground state. Chemical Physics Letters 128:3, pages 244-249.
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C. J. Winscom. 1986. Advanced Magnetic Resonance Techniques in Systems of High Molecular Complexity. Advanced Magnetic Resonance Techniques in Systems of High Molecular Complexity 341 361 .
F. Gückel, D. Schweitzer, J.P. Collman, S. Bencosme, E. Evitt & J. Sessler. (1984) ODMR of triplet states of cofacial dimeric zinc porphyrins. Chemical Physics 86:1-2, pages 161-172.
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Dale McMorrow, Thomas P. Dzugan & Thijs J. Aartsma. (1984) Excited-state dynamics of the intramolecular proton transfer of 3-hydroxyflavone in the absence of external hydrogen-bonding interactions. Chemical Physics Letters 103:6, pages 492-496.
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August H. Maki. 1984. Biological Magnetic Resonance. Biological Magnetic Resonance 187 294 .
Hans van Willigen & T. K. Chandrashekar. (1983) ESR and ENDOR study of photoexcited triplets of cyano-substituted porphyrins. The Journal of Chemical Physics 78:12, pages 7093-7098.
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A.I.M. Dicker, L.W. Johnson, M. Noort & J.H. Van der Waals. (1983) Stark effect on the S1 ← S0 transition of the two tautomeric forms of chlorin studied by photochemical hole-burning in n-hexane and n-octane single crystals at 1.2 K. Chemical Physics Letters 94:1, pages 14-20.
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M. Bacci, J. Fischer, M. H. Gubelmann, B. Koreň, F. Mathey, M. Melník, J. H. Nelson, P. Sivý, F. Valach & A. F. WilliamsM. Bacci. 1983. Transition Metal Complexes Structures and Spectra. Transition Metal Complexes Structures and Spectra 67 99 .
Reinhard Stößer. (2010) Diradikale und Triplettzustände. Zeitschrift für Chemie 23:1, pages 7-17.
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M. Bacci. (2007) Spectroscopic and structural properties of metallo-proteins. La Rivista del Nuovo Cimento 5:12, pages 1-45.
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Burkhard Kirste & Hans Van Willigen. (1982) Endor on photoexcited triplets randomly oriented in solid solution. Chemical Physics Letters 92:4, pages 339-342.
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N. Van Dijk, M. Noort, S. Voelker, G.W. Canters & J.H. Van Derwalls. (1980) Zeeman experiments on the 3Eu α 1A1g transition of platinum porphein in an n-alkane single crystal at 4.2. Chemical Physics Letters 71:3, pages 415-423.
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T. R. Koehler. (1980) Monte Carlo studies of porphyrin in the Shpolskii matrix n -octane . The Journal of Chemical Physics 72:5, pages 3389-3395.
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E.C.M. Kielman-van Luijt & G.W. Canters. (1979) Linear polarization studies of the high-resolution absorption spectrum of palladiumporphin. Journal of Molecular Spectroscopy 78:3, pages 469-485.
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