Consider the following energy dispersion curve for InP shown below. Energy (eV) T=300K InP Conduction band Valence band L X [111] k [100] Figure 1: InP Energy Dispersion relationship Identify the bandgap State which charge carriers, electrons/holes will have a heavier effec- tive mass and justify your answer
Consider the following energy dispersion curve for InP shown below. Energy (eV) T=300K InP Conduction band Valence band L X [111] k [100] Figure 1: InP Energy Dispersion relationship Identify the bandgap State which charge carriers, electrons/holes will have a heavier effec- tive mass and justify your answer
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![Consider the following energy dispersion curve for InP shown below.
Energy (eV)
T=300K
InP
Conduction band
L
Valence band
Г
[111]
k
[100]
Figure 1: InP Energy Dispersion relationship
Identify the bandgap
State which charge carriers, electrons/holes will have a heavier effec-
tive mass and justify your answer](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb3f23a9c-fdb6-498d-a971-4a8c100106bc%2Fe32d9930-b50b-4660-af30-99e71e8f75d0%2F6z2phkt_processed.png&w=3840&q=75)
Transcribed Image Text:Consider the following energy dispersion curve for InP shown below.
Energy (eV)
T=300K
InP
Conduction band
L
Valence band
Г
[111]
k
[100]
Figure 1: InP Energy Dispersion relationship
Identify the bandgap
State which charge carriers, electrons/holes will have a heavier effec-
tive mass and justify your answer
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