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1	Photophysics and photochemistry of diiodomethane and hexabromoiridate - paradigm molecules for organic and inorganic chemistry - studied with sub-50-fs broadband pump-probe spectroscopy Matveev, Sergey M. 15 July 2016 (has links) No description available. Chemistry Physical Chemistry photochemistry photo photophysics iridium copper photodynamics Jahn-Teller spin-orbit non-adiabatic ultrafast pump-probe time-resolved vibronic diiodomethane polyhalomethanes conical intersection sub-50-fs fs multiexponential
2	Photodissoziation von Polyhalogenmethanen in Fluiden: Kurzzeitdynamik und Mechanismen / Photodissociation of polyhalomethanes in fluids: Ultrafast dynamics and mechanisms Wagener, Philipp 29 April 2008 (has links) No description available. 540 Chemie Mathematics and Computer Science photolytischer Käfigeffekt Polyhalogenmethane Ultrakurzzeitdynamik Photodissoziation Photoisomerisierung Pump Probe Spektroskopie überkritische Fluide Schwingungsenergierelaxation charge-transfer-Komplex lokale Dichtevergrößerung Photoionisation Solvatation freies Elektron Diffusion geminale Rekombination CTTS-Komplex photolytic cage effect polyhalomethanes ultrafast dynamics photodissociation photoisomerization pump probe spectroscopy supercritical fluids vibrational energy transfer charge-transfer complex local density enhancement photoionisation solvationdynamics of free electron diffusion geminate recombination CTTS-complex 35.13 35.16 35.22 SD 000: Physikalische Chemie SBC 000: Chemie bei hohen Drucken SIL 000: Laser-Chemie {Strahlungschemie}

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Photophysics and photochemistry of diiodomethane and hexabromoiridate - paradigm molecules for organic and inorganic chemistry - studied with sub-50-fs broadband pump-probe spectroscopy

Photodissoziation von Polyhalogenmethanen in Fluiden: Kurzzeitdynamik und Mechanismen / Photodissociation of polyhalomethanes in fluids: Ultrafast dynamics and mechanisms