Genetic variation's size and community's genetic structure are closely related with a species' evolution potential and resistance poor surroundings' ability.
遗传变异的大小及群体遗传结构与一个物种的进化潜力和抵御不良环境的能力密切相关。
The results revealed that under the same conditions, hydrogen evolution potential and voltage gradient were affected by the electrode materials and the electrode spacing.
实验结果表明，在相同条件下，氢的析出电压和电压梯度受电极材料和电极间距的影响。
These superior performances can be attributed to the higher reaction activity, lower electrochemical impedance and higher oxygen evolution potential for the nanostructured nickel hydroxide electrodes.
添加有纳米结构粉末的镍电极具有更高的反应活性及更小的电化学反应阻抗，充电时氧气析出电位也比较高，因而表现出优良的电化学性能。
These superior performances can be attributed to the higher reaction activity, lower electrochemical impedance and higher oxygen evolution potential for the nanostructured nickel hydroxide electrodes.
添加有纳米结构粉末的镍电极具有更高的反应活性及更小的电化学反应阻抗，充电时氧气析出电位也比较高，因而表现出优良的电化学性能。
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