The chemical reaction of lithium ions ion battery cathode materials ions are usually composed of li

Cathode materials for lithium ion batteries usually consists of lithium active compounds, the negative electrode is a special molecular structure of carbon. Common cathode materials for the main component of LiCoO2, 70-NXM1B2200Z ASUS Battery charging the electric potential of the battery terminals to force the compounds released from the negative cathode elements arranged built lithium ion into a laminar structure of the carbon. Discharge, lithium ion laminar structure of carbon precipitation, the re-cathode combination of compounds. The movement of the lithium ion current.
The chemical reaction of lithium ions ion battery cathode materials ions are usually composed of lithium-active compounds, the negative electrode is a special molecular structure of carbon. Common cathode ions materials for the main component ions of LiCoO2, 90-NYX1B1000Y ASUS Battery charging the electric potential ions of the battery terminals to force the compounds released from the negative cathode elements arranged built lithium ion into a laminar structure of the carbon. Discharge, lithium ions ion laminar structure of carbon precipitation, the re-cathode combination ions of compounds. The movement of the lithium ion current. It should be principle is very simple, however, Battery ASUS A31-K42 consider practical ions problems of industrial production today is much more: cathode material additives required to maintain multiple charge and discharge activity cathode materials ions the level of molecular structure for the design ions to accommodate more lithium ions; fill in the electrolyte between the positive and negative, while maintaining stability, battery ASUS A31-K52 but also need to have good electrical conductivity, reducing the internal resistance of the battery.
Although lithium ion few NiCad memory effect of the battery, the memory effect of the principle ions of crystallization, hardly produce this reaction in lithium batteries. However, ASUS A32-K42 battery capacity Lithium Ion battery after repeated charge-discharge continue to decline, its causes are complex and diverse. Positive and negative significant changes to fit the hole structure of lithium ions from the molecular level, positive and negative aspects plug slowly crumble from the chemical point of view, is the passivation of the active anode material, the side reaction to form a stable other compounds. Battery ASUS A32-K52 Physical appear on the cathode material gradually falling, etc, in short, ultimately, reduce the number of lithium ions can be free to move in the process of loading and unloading the
Overload and over discharge, the lithium ions can cause permanent damage to the positive and negative, from the molecular level can be an intuitive understanding of the excessive discharge of carbon anode will lead to excessive release of lithium ions and causes collapse of the laminar structure, Battery ASUS A41-K52 excess lithium ions charging too much shoehorned into the structure of carbon negative, while some of which can no longer be released lithium ions. This is also a lithium-ion Why are often equipped with a charge and causes discharge control circuit.
Not suitable for the temperature will lead to an internal chemical reaction of lithium-ion generating compounds not want to see, so between the positive and negative electrodes of lithium ions with a diaphragm protection thermostat or electrolyte additives. Membrane hole closed on the battery to heat up a particular case, battery ASUS A42-K52 the composite membrane electrolyte ions or degeneration, increased battery internal ions resistance until the circuit, the battery is no longer warm to ensure that the battery temperature is normal load. And charging and deep discharge can improve the actual capacity of the lithium ions? The experts said, this makes no sense. ions He even said q