Thin-Film Electrode Design for High Volumetric Electrochemical Performance Using Metal Sputtering-Combined Ligand Exchange Layer-by-Layer Assembly

Engineering & Materials Science

• Ligands 100%
• Sputtering 96%
• Nanoparticles 74%
• Thin films 70%
• Electrodes 57%
• Anodes 54%
• Metals 48%
• Lithium-ion batteries 40%
• Molecules 36%
• Covalent bonds 30%
• Oleic acid 28%
• Nanopores 27%
• Charge transfer 24%
• Amines 22%
• Atoms 19%
• Multilayers 18%
• Energy storage 16%
• Oxides 16%
• Fabrication 13%

Physics & Astronomy

• ligands 75%
• assembly 64%
• sputtering 58%
• nanoparticles 50%
• anodes 48%
• electrodes 46%
• packing density 45%
• thin films 38%
• electric batteries 38%
• metals 38%
• performance 33%
• flux density 30%
• oleic acid 26%
• covalent bonds 23%
• metal clusters 22%
• amines 22%
• energy storage 20%
• molecules 20%
• metal oxides 18%
• ions 17%
• charge transfer 16%
• cycles 12%
• fabrication 11%
• atoms 9%

Chemical Compounds

• Anode 41%
• Behavior as Electrode 37%
• Organic Molecule 34%
• Metal 33%
• Ligand 33%
• Nanoparticle 28%
• Interfacial Structure 24%
• Covalent Bond 19%
• Metal Atom 17%
• Energy 17%
• Multilayer 16%
• Energy Storage 16%
• Metal Oxide 15%
• Charge Transfer 13%
• Molecular Cluster 12%
• Amine 12%
• Resistance 11%
• Porosity 10%
• Volume 10%