Some controversy exists as to the measure of this region's offset in Mercury-Tellurium/Cadmium-Tellurium superlattices, though usually Anderson's Rule can be utilized to determine the value of this area for semiconductor heterojunctions. As temperature increases in a material, unfilled eigenstates referred to as "holes" can form in this area which behave like positively charged mobile particles. The Fermi-level lies just above this region in P-type semiconductors, for 10 points, name this range of energies that determin
Some controversy exists as to the measure of this region's offset in Mercury-Tellurium/Cadmium-Tellurium superlattices, though usually Anderson's Rule can be utilized to determine the value of this area for semiconductor heterojunctions. As temperature increases in a material, unfilled eigenstates referred to as "holes" can form in this area which behave like positively charged mobile particles. The Fermi-level lies just above this region in P-type semiconductors, for 10 points, name this range of energies that determines the uppermost energy levels electrons can occupy at zero Kelvin separated by the bandgap in semiconductors and insulators from the conduction band.
Some controversy exists as to the measure of this region's offset in Mercury-Tellurium/Cadmium-Tellurium superlattices, though usually Anderson's Rule can be utilized to determine the value of this area for semiconductor heterojunctions.
Valence Band