Tunneling conduction in dense silicon quantum dot/poly (methyl methacrylate) composites

Physics & Astronomy

• polymethyl methacrylate 78%
• quantum dots 58%
• conduction 49%
• composite materials 46%
• silicon 40%
• temperature dependence 16%
• matrices 13%
• ligands 12%
• charge carriers 10%
• high voltages 10%
• space charge 10%
• charge transfer 10%
• excitons 9%
• traps 9%
• electric potential 6%

Engineering & Materials Science

• Polymethyl methacrylates 100%
• Silicon 59%
• Composite materials 43%
• Excitons 22%
• Charge carriers 19%
• Ligands 16%
• Electric space charge 16%
• Current voltage characteristics 16%
• Charge transfer 16%
• Temperature 10%
• Electric potential 6%

Chemical Compounds

• Tunneling 76%
• Quantum Dot 66%
• Composite Material 37%
• Effective Mass 17%
• Octene 17%
• Space Charge 16%
• Electroluminescence 13%
• Exciton 12%
• Charge Carrier 12%
• Size Distribution 11%
• Voltage 9%
• Charge Transfer 8%
• Force 8%
• Liquid Film 6%
• Ligand 5%
• Reaction Yield 5%