Made from carbon materials as the negative pole, and from lithium chemical compound as the positive pole, this 9 cell lion primary battery 0N950C for dell 1310/1510/2510 laptops is able to show a brilliant behavior in the course of its charging and release of electricity. In the process of its charging and release of electricity, there is no metal lithium but Li-ion, which bears a close relation to its good charging performance of being a stable Li-ion battery. When the battery is being charged, its positive pole will see the production of many Li-ions which, after experiencing the movement of electrolyte solution, will be shifted to the negative pole. And the carbon on the negative pole appears as a layer structure abounding with many micropores in which are imbedded the Li-ions that reach the negative pole. The more embedded Li-ions there are, the higher the charging capacity will be.
When, in like manner, the electricity of the 9 cell lion primary battery 0N950C for dell 1310/1510/2510 laptops is being released, that is, our employment of this battery, the Li-ions embedded in the carbon layer on the negative pole come off and return back to the positive pole. The more Li-ions there are which return to the positive pole, the higher the discharge capacity will be. The capacity of this battery we often mention refers to the discharge capacity. In a word, Li-ions are fully employed in the movement from the positive pole to the negative pole to the positive pole, in the process of the charging and release of the electricity of this battery.