THEORETICAL STUDY OF THE ELECTRICAL PROPERTIES OF BIPHENYLENE POLYMERS: PREDICTION OF NEW HIGHLY CONDUCTING POLYMER COMPLEXES.

Engineering & Materials Science

• Conducting polymers 100%
• Electric properties 72%
• Polyacetylenes 68%
• Electrons 68%
• Electron affinity 66%
• Ionization potential 60%
• Conjugated polymers 60%
• Polymers 49%
• Ladders 41%
• Hamiltonians 40%
• Energy gap 38%
• Air 18%

Chemical Compounds

• Biphenylene 96%
• Conducting Polymer 68%
• Electrical Property 56%
• Polyacetylene Polymer 41%
• Hamiltonian 38%
• Conjugated Polymer 34%
• Ionization Potential 33%
• Electron Acceptor 32%
• Electron Donor 31%
• Valence 29%
• Band Gap 25%

Physics & Astronomy

• conducting polymers 83%
• electrical properties 49%
• polyacetylene 42%
• polymers 39%
• electron affinity 38%
• ionization potentials 36%
• predictions 36%
• ladders 36%
• electrons 28%
• valence 24%
• conduction 22%
• air 20%