Synthesis and diagnostic electrochemistry of nanocrystalline Li_1+xMn_2-xO₄ powders of controlled Li content

Engineering & Materials Science

• Cathode materials 25%
• Cathodes 70%
• Chemical analysis 11%
• Current density 17%
• Dehydration 22%
• Dissolution 37%
• Electrochemistry 100%
• Electrolytes 17%
• Fatigue of materials 12%
• Jahn-Teller effect 38%
• Lithium 19%
• Lithium batteries 24%
• Nitrates 67%
• Oxidation 15%
• Powders 57%

Physics & Astronomy

• baths 12%
• cathodes 57%
• current density 10%
• dehydration 17%
• dissolving 26%
• electrochemistry 93%
• electrolytes 11%
• fatigue (materials) 23%
• grain size 10%
• insertion 27%
• lithium 12%
• lithium batteries 20%
• nitrates 47%
• oxidation 10%
• performance 6%
• profiles 7%
• quantitative analysis 14%
• routes 11%
• synthesis 51%

Chemical Compounds

• Cathode 52%
• Dehydration 12%
• Diffusion 8%
• Dissolution 21%
• Electrochemistry 65%
• Grain Size 13%
• Lithiation 15%
• Nitrate 32%
• Oxidation Reaction 6%
• Surface 4%