Influence of the Molecular Framework on the Photoconductivity Responses of Five Cu/Ni and Fe Heterometallic Materials Built with Cyanide and Ethylenediamine

Keyphrases

• 2D Array 50%
• Connection Mode 50%
• Coordination Bond 50%
• Coordination Polymer 50%
• Crystallographic Sites 50%
• Cu-Fe 100%
• Cu-Ni 100%
• Cu2+ 50%
• Cu3+ 50%
• Cyanide 100%
• Ethylenediamine 100%
• Faradaic Current 50%
• Fe2+ 50%
• Fe3+ 100%
• Fe4+ 50%
• Heterometallic 100%
• Hybrid Materials 50%
• Hydrogen Bond (H-bond) 50%
• Infinite Chain 50%
• Molecular Frameworks 100%
• Multi-electron Process 50%
• Ni2+ 50%
• Ni3+ 50%
• Photoactive 50%
• Photoconductive Property 50%
• Photoconductivity 50%
• Photoconductivity Response 100%
• Quasi-reversible 50%
• Real Responses 50%
• Redox Couple 50%
• Redox Processes 50%
• Reversible Redox Reaction 50%
• Solid State 50%
• Supramolecular Compounds 50%
• Synthesis Methods 50%
• Voltage Increase 50%
• Water Molecule 50%
• Weak Interactions 50%

Chemistry

• Coordination Polymer 33%
• Ethylenediamine 100%
• Fe(CN)2 66%
• Hydrogen Bonding 33%
• Illumination 33%
• Photoconductivity 100%
• Redox Process 33%

Material Science

• Hybrid Material 50%
• Hydrogen Bonding 50%
• Photoconductivity 100%
• Polymer 50%
• Redox Process 50%