Band Gap Width Control by Cu Intercalation into ZrSe₂

Engineering & Materials Science

• Intercalation 100%
• Fermi level 77%
• Energy gap 75%
• Copper 54%
• Metal insulator transition 42%
• Conduction bands 38%
• Covalent bonds 36%
• Selenium 34%
• Electronic structure 33%
• Transition metals 32%
• Charge transfer 28%
• X ray photoelectron spectroscopy 27%
• Single crystals 25%
• Atoms 23%
• Semiconductor materials 19%

Chemical Compounds

• Fermi Level 77%
• Intercalation Compound 58%
• Metal-Semiconductor Transition 54%
• Band Gap 50%
• Metal Insulator Transition 47%
• Selenium Atom 46%
• Conduction Band 36%
• Density of State 35%
• Covalent Bond 34%
• Electronic State 24%
• Single Crystalline Solid 23%
• Charge Transfer 23%

Physics & Astronomy

• intercalation 76%
• copper 47%
• covalent bonds 27%
• selenium 25%
• charge transfer 19%
• conduction bands 19%
• transition metals 18%
• electronic structure 16%
• insulators 16%
• single crystals 13%
• shift 13%
• metals 11%
• atoms 11%