So far the most stable three-charge negative ions are expected to show their talents in aluminum batteries and other fields.
[China Aluminum Network] reporter learned from the Department of Physics, Peking University, Professor Wang Qian at the 20th, the famous journal "Applied Chemistry" magazine published in the form of a cover article with Wang Qian as the correspondent, his doctoral student Zhao Tianshan as the former author's Important papers: They used the new method to discover the three-charge negative ion structure that has been relatively stable so far. "Applied Chemistry" magazine said that this research will rank among the more important chemical research achievements, and in the future will show endless application potential in many fields such as batteries and air purification. Negative ions are an important part of ionic compounds that can combine with positive ions to form crystals; they also exist stably in solution, but they are difficult to maintain stable in gas phase environments. For example, in a triple-charged anion, negatively charged electrons have three more than positively charged protons. This imbalance in quantity makes it very unstable. Under gaseous conditions, excess electrons can easily undergo electrostatic repulsion with other electrons. In the new study, Wang Qian led the team to use quantum mechanics statistical principles to create a new computer model and demonstrated that the three-charged anion consisting of elemental boron and antimony can be stabilized under the impact of 2.65 eV. Wang Qian said that they combined the eight-electron rule with the borane structure electron counting rule and other chemical principles to provide a new idea for designing other three-charge negative ions. Three-charged negative ions will be used in many industrial fields. Currently more promising is to use it to develop aluminum ion batteries that combine aluminum with three charged anions. These negative ions can move between electrodes to charge the battery. Aluminum batteries have advantages over existing lithium batteries. For example, aluminum is more abundant in nature than lithium, and its cost is lower. Aluminum is less chemically active and can be recharged more often. In addition, such negative ions can also be used to synthesize various salt compounds; used to produce floor cleaners and strong oxidants for sterilization; can improve people's emotions like the antidepressant drug Prozac; and even can be used for dozens of market value. Billion dollar air purification industry. Technical Editor's Editor From time to time, newer developments in aluminum-ion batteries will occur, either with a high number of charge/discharge cycles, or with new materials, or with improved electrolyte safety...but all progress is at the laboratory level. . No matter whether it is a girl or a girl, the people are more concerned about when they can buy the real guy called “Aluminum Battery Charging 1 Minute = Lithium Battery Charging 1 Hourâ€. The road is long and the scientists still need to refuel on the road to commercialization. Electric Blanket,Electric Blanket Electric,Heating Pad,Electric Mattress Hubei Chengze Diamod Products Co., Ltd. , https://www.ryomaltools.com