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Pressure dependence of the low-temperature tunneling rate for the hydrogen transfer in acridine-doped fluorene crystals
Journal article   Peer reviewed

Pressure dependence of the low-temperature tunneling rate for the hydrogen transfer in acridine-doped fluorene crystals

I.Y Chan, Chung M Wong and D Stehlik
Chemical physics letters, Vol.219(3-4), pp.187-194
03/04/1994

Abstract

Pressure dependence of the tunneling rate for the hydrogen transfer photoreaction in acridine: fluorene was investigated at 1.4 K. Above 10 kbar, the rate rises exponentially with increasing pressure. These data constitute a measurement of tunneling rate from the vibrational ground state. Its physical implications are discussed.

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