Time:2024.12.31Browse:0
At the end of October, the International Nanotechnology Development Forum held in Suzhou attracted the attention of many experts and industry awareness. Participants discussed the development trend and current situation of nanotechnology, among which the application of your mother's technology in the field of lithium batteries has become a hot topic. Based on the views of experts and industry awareness, everyone agreed that the main role of nanotechnology in the application of lithium batteries is to improve the function, Moreover, the utility effect on the cathode material of lithium battery is very significant;
Theoretically, there are four kinds of cathode materials for lithium batteries at present: lithium marmalate, lithium cobalate, nickel cobalt lithium ternary materials and lithium nickel. However, the safety performance of lithium marmalate materials is poor and there is no way to put them into use. Therefore, there are only three kinds of cathode materials for lithium batteries in practice. Among the three materials, nickel cobalt lithium ternary materials have advantages in price, and their capacity is higher than lithium cobalate batteries and lithium marmalate batteries, However, the other two cathode materials have more advantages in safety, and this cathode material lithium battery has only a few applications;
Even so, the high cost performance ratio still makes people full of hope for ternary materials. Assuming that there can be a breakthrough in safety, it will open a new road for the practicality of ternary materials, and the application of nano materials is likely to provide power for the safe ternary material high-capacity lithium battery to enter the market;
Theoretically, this can be solved by nano processing of the materials collected. That is, coating nano metal oxides on the surface of the ternary materials collected not only improves the safety, but also enables lithium batteries to obtain higher capacitance because of the extremely important characteristics of nano particles, namely, surface area;
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