Volume 10, Issue 2 027095 pp. 73-80
Article
Open Access

Nonlinear Laser Chemistry of Maleic Acid

D. Leupold

D. Leupold

Academy of Sciences of the GDR Central Institute of Optics and Spectroscopy Rudower Chaussee Berlin GDR–1199, Germany

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J. Ehlert

J. Ehlert

Academy of Sciences of the GDR Central Institute of Optics and Spectroscopy Rudower Chaussee Berlin GDR–1199, Germany

Karl-Weierstraβ-Institute of Mathematics Mohrenstraβe Berlin GDR–1986, Germany

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S. Oberländer

S. Oberländer

Academy of Sciences of the GDR Central Institute of Optics and Spectroscopy Rudower Chaussee Berlin GDR–1199, Germany

Karl-Weierstraβ-Institute of Mathematics Mohrenstraβe Berlin GDR–1986, Germany

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E. Klose

E. Klose

Academy of Sciences of the GDR Central Institute of Optics and Spectroscopy Rudower Chaussee Berlin GDR–1199, Germany

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S. Mory

S. Mory

Academy of Sciences of the GDR Central Institute of Optics and Spectroscopy Rudower Chaussee Berlin GDR–1199, Germany

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G. Winkelmann

G. Winkelmann

Academy of Sciences of the GDR Central Institute of Optics and Spectroscopy Rudower Chaussee Berlin GDR–1199, Germany

Central Institute of Physical Chemistry Rudower Chaussee Berlin GDR – 1199, Germany

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First published: 17 June 1988
Citations: 2

Abstract

With reference to recent laser investigations of excited state reactions of maleic acid in Letokhov’s group, relevant excited state constants were determined by means of a physico-mathematical methods package of nonlinear absorption and the excited state populations were calculated for the experimental conditions. Based on this, a change of the assignment of the found reactions to excited states is suggested in the following manner: dimerization in T1 and maleic acid formation in a higher excited triplet.

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