Participate Awardees

Participating prize winners | Temps, Friedrich

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Analysis of vibrationally highly excited bound and resonance states of DCO ( X2A') using an effective polyad Hamiltonian [Score: 100%]
Author / Editor: Tröllsch, Arne; Temps, Friedrich |  Place of publication: München |  Publisher: Oldenbourg |  Year of Publication: 2001 | 26 s.
Journal / Series / Collection: Zeitschrift für physikalische Chemie; 215
Subject Area: Chemie und Pharmazie; Physik
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A femtosecond time-resolved investigation of dual fluorescence from N6,N6-dimethyladenine [Score: 100%]
Author / Editor: Schwalb, Nina K.; Temps, Friedrich |  Place of publication: Cambridge |  Publisher: Royal Society of Chemistry |  Year of Publication: 2006 | 7 s.
Journal / Series / Collection: Physical chemistry, chemical physics; 8
Subject Area: Physik; Chemie und Pharmazie
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Rotation-vibration state resolved unimolecular dynamics of highly excited CH3O (X2E) : part III, state-specific dissociation rates from spectroscopic line profiles and time resolved measurements [Score: 100%]
Author / Editor: Dertinger, Stephan; Temps, Friedrich |  Place of publication: London |  Publisher: Royal Society of Chemistry |  Year of Publication: 1995 | 22 s.
Journal / Series / Collection: Faraday discussions; 102
Subject Area: Chemie und Pharmazie
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Photofragment velocity map imaging of H atom elimination in the first excited state of pyrrole [Score: 100%]
Author / Editor: Wei, J.; Temps, Friedrich |  Place of publication: Cambridge |  Publisher: Royal Society of Chemistry |  Year of Publication: 2003 | 6 s.
Journal / Series / Collection: Physical chemistry, chemical physics; 5
Subject Area: Chemie und Pharmazie
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An experimental and theoretical study of the product distribution of the reaction CH2 ( X3B1) + NO [Score: 100%]
Author / Editor: Fikri, Mustapha; Temps, Friedrich |  Place of publication: London |  Publisher: Royal Society of Chemistry |  Year of Publication: 2001 | 20 s.
Journal / Series / Collection: Faraday discussions; 119
Subject Area: Chemie und Pharmazie
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Femtosecond fluorescence up-conversion spectroscopy of a rotation-restricted azobenzene after excitation to the S1 state; 9 [Score: 100%]
Author / Editor: Pancur, Thomas; Temps, Friedrich |  Place of publication: Cambridge |  Publisher: Royal Society of Chemistry |  Year of Publication: 2005 | 5 s.
Journal / Series / Collection: Physical chemistry, chemical physics; 7
Subject Area: Physik; Chemie und Pharmazie
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Intramolecular vibrational energy redistribution, mode specificity, and nonexponential unimolecular decay dynamics of vibrationally highly excited states of DCO (X2A'); 2 [Score: 100%]
Author / Editor: Renth, F.; Temps, Friedrich; Tröllsch, Arne |  Place of publication: Melville, NY |  Publisher: American Institute of Physics |  Year of Publication: 2003 | 10 s.
Journal / Series / Collection: The journal of chemical physics; 118
Subject Area: Chemie und Pharmazie; Physik
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Unimolecular dissociation dynamics of highly vibrationally excited DCO (X2A') : I. Investigation of dissociative resonance states by stimulated emission pumping spectroscopy; 13 [Score: 100%]
Author / Editor: Stöck, C.; Temps, Friedrich |  Place of publication: Woodbury, NY |  Publisher: American Institute of Physics |  Year of Publication: 1997 | 26 s.
Journal / Series / Collection: The journal of chemical physics; 106
Subject Area: Physik; Chemie und Pharmazie
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Inversion of velocity map ion images using iterative regularization and cross validation; 3 [Score: 100%]
Author / Editor: Renth, Falk; Riedel, J.; Temps, Friedrich |  Place of publication: Melville, NY |  Publisher: American Institute of Physics |  Year of Publication: 2006 | 12 s.
Journal / Series / Collection: Review of scientific instruments; 77
Subject Area: Physik; Chemie und Pharmazie
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[External link] Ultrafast electronic relaxation in Guanosine is promoted by hyrdrogen bonding with Cytidine; 30 [Score: 100%]
Author / Editor: Schwalb, Nina K.; Temps, Friedrich |  Place of publication: Washington, DC |  Publisher: American Chemical Society |  Year of Publication: 2007
Journal / Series / Collection: Journal of the American Chemical Society; 129
Subject Area: Chemie und Pharmazie

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