Working principle and structure characteristics of molybdenum electrode
Those who really understand molybdenum battery should know that the progress of molybdenum battery is quite rapid in recent years, and the application of molybdenum battery in many aspects has achieved very good results, so from the current market situation, it should be regarded as a very promising battery, then what is the working principle of molybdenum electrode? What are its structural features?
1. Working principle of molybdenum electrode
About the working principle of molybdenum electrodes in terms of overall is relatively simple, simple, is of high purity molybdenum as battery cathode, oxygen as anode, with sodium hydroxide or potassium hydroxide solution as electrolyte, molybdenum in commonly react will absorb the oxygen in the air, and in the process of battery discharge produces chemical reaction, Molybdenum reacts with oxygen to form molybdenum oxide. In fact, this working principle has been used in many occasions at present, and there are many similar to this working principle, such as zinc batteries.
2. Structural characteristics of molybdenum electrode
After understanding the working principle of molybdenum electrode, we will learn about its structural characteristics. To sum up, its main characteristics are relatively high energy, medium power, second, long service life, there is no harmful gas will be generated, after all, its chemical reaction consumption is only oxygen and water formed is just a desiccant.
So there is a lot to be learned from the way the molybdenum electrode works. Many other energy elements can be used in this way to form other new energy sources, and there are no other side effects in the process of chemical reaction.
