Adsorption behaviors of Cu2Zn2SOD on mercury electrodes were studied by the electrostatic capillary curve and the relationship between polarographic ultimate current and height of mercury column in the absence of the ...Adsorption behaviors of Cu2Zn2SOD on mercury electrodes were studied by the electrostatic capillary curve and the relationship between polarographic ultimate current and height of mercury column in the absence of the mediators. The effects of impure and denatured SOD on cyclic voltammogram were investigated, confirming that no denaturation was caused during adsorption on mercury electrodes. Double potential step chronocoulometry has confirmed that SOD adsorption on mercury electrode to be the absorption of monomolecular layer.展开更多
论述 Elanix公司的 System View为数字处理器及通信应用提供一个简单易于使用的可视化设计平台 ,使最高效的数字处理应用设计能很快实现。Elanix公司的 System View与 Xilinx公司的内核产生器和 DSP逻辑内核产品紧密结合 ,提供了直接在...论述 Elanix公司的 System View为数字处理器及通信应用提供一个简单易于使用的可视化设计平台 ,使最高效的数字处理应用设计能很快实现。Elanix公司的 System View与 Xilinx公司的内核产生器和 DSP逻辑内核产品紧密结合 ,提供了直接在硅芯片上实现数字处理应用的新途径。展开更多
文摘Adsorption behaviors of Cu2Zn2SOD on mercury electrodes were studied by the electrostatic capillary curve and the relationship between polarographic ultimate current and height of mercury column in the absence of the mediators. The effects of impure and denatured SOD on cyclic voltammogram were investigated, confirming that no denaturation was caused during adsorption on mercury electrodes. Double potential step chronocoulometry has confirmed that SOD adsorption on mercury electrode to be the absorption of monomolecular layer.
文摘论述 Elanix公司的 System View为数字处理器及通信应用提供一个简单易于使用的可视化设计平台 ,使最高效的数字处理应用设计能很快实现。Elanix公司的 System View与 Xilinx公司的内核产生器和 DSP逻辑内核产品紧密结合 ,提供了直接在硅芯片上实现数字处理应用的新途径。
