THE STUDY OF THE KINETICS AND THE MECHANISM OF DEHYDROXYLATION IN MUSCOVITE BY ESR ON FE3

E.A. Kalinichenko,A. S. Litovchenko,A. M. Kalinichenko,N. N. Bagmut,N. T. Dekhtyaruk

THE STUDY OF THE KINETICS AND THE MECHANISM OF DEHYDROXYLATION IN MUSCOVITE BY ESR ON FE3

1997

E.A. Kalinichenko
A. S. Litovchenko
A. M. Kalinichenko
N. N. Bagmut
N. T. Dekhtyaruk

Dehydroxylation of muscovite in the form of small lamellae at 923 potential well to the other (from one hydroxyl site to the adjacent one). Such transformations of the curve can be caused by the oscillations of large structural clusters (∼1·10−22 kg) with the frequency ∼4.5·1012 s−1.

Keywords:

Experimental data
Muscovite
Rectangular potential barrier
Activation energy
Reaction rate constant
Nucleation
Electron paramagnetic resonance
Chemistry
Ion
Mineralogy
Nuclear magnetic resonance
Proton

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