Adsorptive properties of adenosine were determined using experimental data obtained from measurements of the differential volume of the double layer interface, the potential of zero charge and the surface tension with this potential.

The possibility of determining parameters E_max and σ_max indicate the physical nature of adenosine adsorption, which must be associated with the fact that the adsorbed adenosine particles exhibit vertical or diagonal orientation.

The effect of inhibition of Zn²⁺ ions electroreduction was observed in acetate buffer with pH 4 at the lowest adenosine concentrations. This results from the blockage of the electrode surface by flatly adsorbed adenosine particles. In the case of an acetate buffer with pH 6 in the whole range of adenosine concentrations, an accelerating effect on Zn²⁺ ions electroreduction was observed.

使用从双层界面的微分体积，零电荷的电势和具有该电势的表面张力的测量结果获得的实验数据确定腺苷的吸附性能。

确定参数E的可能性_最大和σ_最大表明腺苷吸附，必须以一个事实，即吸附腺苷颗粒表现出垂直或对角线方向相关联的物理性质。

在最低腺苷浓度，pH 4的醋酸盐缓冲液中观察到了Zn ²⁺离子电还原的抑制作用。这是由于平面吸附的腺苷颗粒阻塞了电极表面而导致的。在腺苷整个浓度范围内，pH值为6的醋酸盐缓冲液中，对Zn ²⁺离子的电还原有加速作用。