Examine the Properties of Nanostructured Ni, Mn, and Co Synthesized Materials using precipitation method and synthesized material used battery.

Abstract

Libatteries are secondary batteries containing a lithium anode and Li+ ions dissolved in carbon. The cathode material contains a  solution  that releaseslithium. With high energy density and low resistivity, it is "one of the three types of electric power acid, or battery, and   is heavy and  has   more energy than nickel-ion batteries." Twice the size of a hydrogen battery, it is only half the size andweight of a nickel-metal hydride battery for the same energy. These advantages make lithium ion batteries an important factor in driving the technological revolution. Lithium-ion batteries also work well in temperatures from 20 degrees Celsius to +50 degrees Celsius and can with stand hundreds of charges and discharges. In this paper we are using nano material (Ni0.250Mn0.750) CO3 for synthesis to get the porous nano material, that synthesized nano porous material we are characterizing under different technique to know the characteristics of that material like size and shape, thermal effect and other. The same material will be used to prepare battery and the performance of that battery will be analysed and study on the performance will be done.