Abstract
The nickel-deposited USY (ultrastable Y) zeolite samples were simulated by a method of impregnation with nickel naphthenate benzene solution followed by drying and calcination. Characterization of the Ni-impregnated USY zeolites was carried out by f.m.r. The reducibility, distribution, and dispersion of nickel deposited on USY zeolites were investigated after calcination in air, hydrogen reduction, and isooctane cracking reaction, respectively.
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