Abstract
The effects of 60Co γ-radiation, 75-keV electrons, and thermal history (295–973 K) on the surface properties of pyrogenic γ-Al2O3 were studied by thermal desorption mass spectrometry. It was found that the state of a hydroxyl cover and the concentrations of surface acid–base sites and chlorine impurity atoms can be regulated by changing the conditions of oxide irradiation.
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