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Radiation Modification of Dispersed Oxides in the Region of Small Doses-I-radiation Modification of Silica


Affiliations
1 Depurtmenr of Physical and Colloid Chemistry, Yerevan Stute University, Yerevan-375049, Munoogian st. 1, India
     

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Dispersed oxides, e.g. silica, when treated with penetrating radiation in the region of small doses (50-150 Gy) show maxima in physical properties (specific density, surface concentration of hydroxyl groups, adsorption ability) with raditation doses. The radiation yields (Y) of the determined physical parameters are of the order 104 per 100 ev. A reorganization of the surface hydrate-hydroxylic via glass state-quartz-glass state path has been considered to occur.

Keywords

Radiation Modification, Surface Properties, Silica Modification.
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  • Radiation Modification of Dispersed Oxides in the Region of Small Doses-I-radiation Modification of Silica

Abstract Views: 223  |  PDF Views: 4

Authors

E. A. Baklachev
Depurtmenr of Physical and Colloid Chemistry, Yerevan Stute University, Yerevan-375049, Munoogian st. 1, India
N. M. Beylerian
Depurtmenr of Physical and Colloid Chemistry, Yerevan Stute University, Yerevan-375049, Munoogian st. 1, India
H. A. Ghasarian
Depurtmenr of Physical and Colloid Chemistry, Yerevan Stute University, Yerevan-375049, Munoogian st. 1, India

Abstract


Dispersed oxides, e.g. silica, when treated with penetrating radiation in the region of small doses (50-150 Gy) show maxima in physical properties (specific density, surface concentration of hydroxyl groups, adsorption ability) with raditation doses. The radiation yields (Y) of the determined physical parameters are of the order 104 per 100 ev. A reorganization of the surface hydrate-hydroxylic via glass state-quartz-glass state path has been considered to occur.

Keywords


Radiation Modification, Surface Properties, Silica Modification.