_leydenjar-technologies-124-innovation-through-the-fusion-of-plasma-science-battery-science-and-data-science-124-5-min.jpg "LeydenJar Technologies | Innovation through the fusion of plasma science, battery science, and data science | 5 min from ion formed by lithium Video Screenshot Preview")
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⏲ Duration: 3 min 1 sec
✓ Published: 17-Feb-2023
✓ Published: 17-Feb-2023
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Yiseop Ahn, CTOn______________nnIncremental improvement in energy density of lithium ion battery have been led by moving toward high Nickel cathode and high capacity artificial and synthetic graphite alongside densified battery designs. In recent years, the view on potential innovation in energy density in lithium ion battery has been shifted to anode particularly to silicon and lithium metal. Silicon active materials or silicon anode itself can be made by different processes with different mate
Yiseop Ahn, CTOn______________nnIncremental improvement in energy density of lithium ion battery have been led by moving toward high Nickel cathode and high capacity artificial and synthetic graphite alongside densified battery designs. In recent years, the view on potential innovation in energy density in lithium ion battery has been shifted to anode particularly to silicon and lithium metal. Silicon active materials or silicon anode itself can be made by different processes with different mate
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