The Carrier Statistics, Terahertz Frequency …
119
Fig. 20 The curves have been drawn at terahertz frequency for the normalized Fermi energy versus
alloy composition under the constraints (E/E g ) 1 for Kane model which contains three energy
band constants where d z = 30 nm and n o = 10 16 m −2 E o = 10 8 V/m for all the materials as taken
in Fig. 2
Fig. 21 The curves have been drawn at terahertz frequency for the normalized Fermi energy versus
d z under strong electric field in accordance with the Kane model which contains three energy band
constants for Quantum wires of all the materials as taken in Fig. 1
119
Fig. 20 The curves have been drawn at terahertz frequency for the normalized Fermi energy versus
alloy composition under the constraints (E/E g ) 1 for Kane model which contains three energy
band constants where d z = 30 nm and n o = 10 16 m −2 E o = 10 8 V/m for all the materials as taken
in Fig. 2
Fig. 21 The curves have been drawn at terahertz frequency for the normalized Fermi energy versus
d z under strong electric field in accordance with the Kane model which contains three energy band
constants for Quantum wires of all the materials as taken in Fig. 1