摘要 : The electro-catalytic oxidation of tamoxifen (TAM) were considered onto nickel hydroxide doped nanozeolite NaY modified carbon paste electrode (Ni(OH)(2)-NaY/CPE). Firstly, synthesis of nanozeolite NaY was performed that particles... 展开 The electro-catalytic oxidation of tamoxifen (TAM) were considered onto nickel hydroxide doped nanozeolite NaY modified carbon paste electrode (Ni(OH)(2)-NaY/CPE). Firstly, synthesis of nanozeolite NaY was performed that particles size was under 100 nm. Cyclic voltammetry study exhibited Ni(OH)(2)-NaY/CPE displayed better electrocatalytic activity toward TAM oxidation as compared to Ni(OH)(2)/CPE due to mesoporous structure of nanozeolite NaY. The linear dynamic range and detection limits were found to be 2.00-110.00 mu M and 0.65 mu M by DPV techniques, respectively. 收起