Charge Transport in Zirconium-Based Metal-Organic Frameworks

Engineering & Materials Science

• Metal-Organic Frameworks 100%
• Charge transfer 79%
• Zirconium 77%
• Oxidation-Reduction 33%
• Electrocatalysis 13%
• Electrons 7%
• Ions 6%
• Porosity 6%
• Catalysts 6%
• Electron Transport 5%
• Photocatalysts 5%
• Oligomers 5%
• Crystallites 5%
• Hydrolysis 4%
• Scaffolds 4%
• Enzymes 4%
• Single crystals 4%
• Electric Conductivity 4%
• Water 3%
• Crystalline materials 3%
• Energy conversion 3%
• Porous materials 3%
• Thin films 3%
• Membranes 3%
• Powders 2%
• Chemical analysis 2%
• Hot Temperature 1%

Chemistry

• Metal Organic Framework 53%
• Charge Transfer 42%
• Conductivity 11%
• Electrocatalysis 9%
• Porosity 7%
• Microcrystallites 6%
• Application 5%
• Hole Transport 5%
• Electron Transport 4%
• Polycrystalline Solid 3%
• Catalyst 3%
• Crystallite 3%
• Oligomer 3%
• Ion 3%
• Electrical Conductivity 3%
• Dimension 3%
• Single Crystalline Solid 3%
• Hydrolysis 2%
• Length 2%
• Environment 2%
• Electron Particle 2%

Physics & Astronomy

• metals 31%
• requirements 9%
• conductivity 9%
• electronics 7%
• catalysts 6%
• chemical compatibility 5%
• permeating 5%
• porosity 5%
• synthesis 5%
• ion charge 4%
• water splitting 4%
• organizing 4%
• propagation 4%
• oligomers 4%
• hydrolysis 4%
• organic materials 4%
• porous materials 4%
• energy conversion 4%
• enzymes 3%
• electron transfer 3%
• compatibility 3%
• functionals 3%
• micrometers 3%
• crystallites 3%
• charge transfer 3%
• electrons 3%
• trends 2%
• membranes 2%
• electrical resistivity 2%
• single crystals 2%
• water 2%
• matrices 1%
• thin films 1%
• ions 1%