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Volumn 5, Issue 4, 2013, Pages 1649-1657
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Designing high-performance electrochemical energy-storage nanoarchitectures to balance rate and capacity
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Author keywords
[No Author keywords available]
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Indexed keywords
AQUEOUS ELECTROLYTE;
ELECTROCHEMICAL CAPACITOR;
ELECTRODE ARCHITECTURE;
ELECTROLYTE TRANSPORT;
HIGH-RATE PERFORMANCE;
MACROSCALE PROPERTIES;
MESOPOROUS NETWORK;
SPECIFIC CAPACITANCE;
CAPACITANCE;
ELECTROLYTES;
EQUIPMENT TESTING;
NETWORK ARCHITECTURE;
PAPER;
CARBON;
MANGANESE DERIVATIVE;
MANGANESE OXIDE;
NANOMATERIAL;
OXIDE;
ARTICLE;
CHEMISTRY;
COMPUTER AIDED DESIGN;
ELECTROCHEMISTRY;
ENERGY TRANSFER;
EQUIPMENT;
EQUIPMENT DESIGN;
EQUIPMENT FAILURE;
PARTICLE SIZE;
POWER SUPPLY;
ULTRASTRUCTURE;
COMPUTER-AIDED DESIGN;
ELECTRIC POWER SUPPLIES;
ELECTROCHEMISTRY;
ENERGY TRANSFER;
EQUIPMENT DESIGN;
EQUIPMENT FAILURE ANALYSIS;
MANGANESE COMPOUNDS;
NANOSTRUCTURES;
OXIDES;
PARTICLE SIZE;
MLCS;
MLOWN;
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EID: 84875838667
PISSN: 20403364
EISSN: 20403372
Source Type: Journal
DOI: 10.1039/c2nr34044e Document Type: Article |
Times cited : (28)
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References (47)
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