The non-exponential time dependence of hydrogen abstraction by methyl radicals in a methanol glass is reinvestigated and explained as due to a narrow random distribution of hydrogen tunnelling distances. Possible implications for other non-exponential relaxation processes in non-crystalline materials are briefly discussed. \ua9 1985.Peer reviewed: YesNRC publication: Ye
Author Institution: CASA theory of tunneling splitting in hydrogen-bonded systems and hydrogen tunne...
Glass forming liquids exhibit upon cooling a striking divergence in the magnitude of the characteris...
We have investigated the dynamics of the O-H stretch vibration of clustered (hydrogen-bonded) methan...
An experimental and theoretical study is reported of the abstraction of hydrogen atoms by methyl rad...
Rate parameters are reported for hydrogen and deuterium abstraction of methyl radicals embedded in g...
Rate constants are reported for hydrogen and deuterium abstraction by methyl radicals in CH3OH and C...
Evidence is presented to show that the observed glass transition process in simple alcohols may be r...
Infrared pump-probe spectroscopy provides detailed information about the dynamics of hydrogen-bonded...
Infrared pump-probe spectroscopy provides detailed information about the dynamics of hydrogen-bonded...
Measurements are reported of ESR spectra of methyl radicals trapped in methanol glasses. In these sp...
The nature and origin of the glass transition is one of the great unsolved problems of condensed-mat...
Upon decreasing temperature or increasing pressure, a noncrystallizing liquid will vitrify; that is,...
Upon decreasing temperature or increasing pressure, a noncrystallizing liquid will vitrify; that is,...
Author Institution: Department of Chemistry and Theoretical Chemistry Institute, University of Wisco...
Understanding the glass transition requires getting the picture of the dynamical processes that inte...
Author Institution: CASA theory of tunneling splitting in hydrogen-bonded systems and hydrogen tunne...
Glass forming liquids exhibit upon cooling a striking divergence in the magnitude of the characteris...
We have investigated the dynamics of the O-H stretch vibration of clustered (hydrogen-bonded) methan...
An experimental and theoretical study is reported of the abstraction of hydrogen atoms by methyl rad...
Rate parameters are reported for hydrogen and deuterium abstraction of methyl radicals embedded in g...
Rate constants are reported for hydrogen and deuterium abstraction by methyl radicals in CH3OH and C...
Evidence is presented to show that the observed glass transition process in simple alcohols may be r...
Infrared pump-probe spectroscopy provides detailed information about the dynamics of hydrogen-bonded...
Infrared pump-probe spectroscopy provides detailed information about the dynamics of hydrogen-bonded...
Measurements are reported of ESR spectra of methyl radicals trapped in methanol glasses. In these sp...
The nature and origin of the glass transition is one of the great unsolved problems of condensed-mat...
Upon decreasing temperature or increasing pressure, a noncrystallizing liquid will vitrify; that is,...
Upon decreasing temperature or increasing pressure, a noncrystallizing liquid will vitrify; that is,...
Author Institution: Department of Chemistry and Theoretical Chemistry Institute, University of Wisco...
Understanding the glass transition requires getting the picture of the dynamical processes that inte...
Author Institution: CASA theory of tunneling splitting in hydrogen-bonded systems and hydrogen tunne...
Glass forming liquids exhibit upon cooling a striking divergence in the magnitude of the characteris...
We have investigated the dynamics of the O-H stretch vibration of clustered (hydrogen-bonded) methan...