The boundary conditions of super deep penetration are as follows: Researchers showed high non-uniformity of the chemical composition of the processed material. Impact Engng, 5 Phys, IY France, Analysis of the experimental results enabled to reveal existence of a narrow impact interaction zone within which craters-channels are produced with a good repeatability. Material was doped with a high amount of alloying elements at SDP. Compositional analysis was made through EDX.
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The surface morphology of the material has been observed using SEM and it is inhomogeneous in nature. Evidence of a limited relative depth under macroimpact is explained by restrictions imposed by energy intensity of impact interaction in a barrier material. Apart from the doping effect, the preparation technique also plays an important role. Presently, the layer structured Cu doped LiCoO2 cathode material has been prepared via microwave assisted sol gel route; better cycle life and capacity retention have been attained. The espousal of the microwave method in synthesis could develop a highly efficient, low cost process for synthesis.