Use of asymmetric average charge- and average discharge-voltages as an indicator of the onset of unwanted lithium deposition in lithium-ion cells

Keyphrases

• Additive Effect 20%
• Average Charge 100%
• Average Discharge 100%
• Average Voltage 40%
• Capacity Loss 20%
• Charge-discharge 100%
• Charging Voltage 20%
• Cycle Counts 20%
• Deposition Efficiency 20%
• Depth of Discharge 20%
• Discharge Voltage 100%
• In Situ 20%
• Individual Cells 20%
• Internal Loss 20%
• Internal Resistance 20%
• Internal Resistance Increase 40%
• Internal Short Circuit 40%
• Li-ion 20%
• Lithium 20%
• Lithium Deposition 100%
• Lithium Metal Deposition 20%
• Lithium Stripping 40%
• Lithium-ion Cell 100%
• Loss of Lithium Inventory 60%
• Negative Electrode 20%
• Rapid Change 20%
• Resistance Loss 20%
• Stripping Efficiency 20%
• Thermal Runaway 20%

Engineering

• Cycle Count 33%
• Depth of Discharge 33%
• Individual Cell 33%
• Internal Loss 33%
• Internal Resistance 100%
• Internals 66%
• Lithium-Ion Cell 100%
• Negative Electrode 33%
• Rapid Change 33%

Medicine and Dentistry

• Lithium Ion 100%
• Runaway Behavior 33%