原电池设计

On Design of Primary Batteries

通过由第一、二类电极设计原电池和有氧化还原电极参与设计的电池的相关实例得出了原电池设计的三个规律,即第一,物质的方向性;第二,根据阳极发生氧化,阴极发生还原,拆分电池反应,拆分时的电极反应所形成的电极要符合电极种类定义;第三,设计的电极反应相加又能还原到原来的给定反应.

Most students studying primary battery design have little idea about how their thinking power should be used. Through a few typical instances of the use of the first and second kind electrode and the oxidation reduction electrode in the design of primary batteries, three laws governing primary battery design are evolved in the article. That is, firstly, the directivity of substance; secondly, when spliting cell reactions on the principle of anodic oxidation and cathodic reduction, electrodes produced in the resuliing electrode reaction should not contradict the definition of electrode categories; thirdly, the designed.electrode reactions added could recover the formerly given reaction.