Deuterium Effect on the Pressure Coefficient of the Tunneling Rate in the Acridine−Fluorene Solid-State Photoreactive System
Author:
Publisher
American Chemical Society (ACS)
Subject
Physical and Theoretical Chemistry
Link
https://pubs.acs.org/doi/pdf/10.1021/jp983560h
Reference15 articles.
1. Evidence for tunneling as a mechanism for a photochemical hydrogen-transfer reaction in molecular crystals
2. Identification of the lowest energy nuclear fluctuation modes promoting the photochemical H‐transfer tunneling reaction in doped fluorene single crystals
3. Intermolecular H-tunneling in a solid state photoreaction promoted by distinct low-energy nuclear fluctuation modes
4. High pressure studies of a hydrogen‐transfer photoreaction in a crystalline solid: Acridine/fluorene
5. Pressure dependence of the low-temperature tunneling rate for the hydrogen transfer in acridine-doped fluorene crystals
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1. Tunneling transfer of atomic particles in chemical and biological reactions: The role of intermolecular vibrations and media reorganization;Russian Journal of Physical Chemistry A;2014-10-10
2. Matrix reorganization with intramolecular tunneling of H atom: Formic acid in Ar matrix;The Journal of Chemical Physics;2009-04-14
3. Computation of the tunneling H-transfer reaction kinetics in the fluorene molecular crystal;Molecular Physics;2008-10-20
4. The role of intermolecular vibrations and reorganization of a reaction system in tunneling reactions with H atom transfer. A Debye model for the medium;Russian Chemical Bulletin;2008-06
5. Pressure and Temperature Dependence of H-Atom Tunneling in the Debye Approximation. Barrier Preparation and Media Reorganization;The Journal of Physical Chemistry A;2007-09-01
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