A simple empirical relation that gives the band gap energy in eV for In1.xGa,As,P1-y in terms of x and y, is given by E= 1.35+0.668x- 1.17y+0.758x2+0.18y²-0.069xy-0.322x2y+0.33xy? ev. Find the band gap energy and the peak emission wavelength range for Ino.74Gao.26AS0.56P0.44
A simple empirical relation that gives the band gap energy in eV for In1.xGa,As,P1-y in terms of x and y, is given by E= 1.35+0.668x- 1.17y+0.758x2+0.18y²-0.069xy-0.322x2y+0.33xy? ev. Find the band gap energy and the peak emission wavelength range for Ino.74Gao.26AS0.56P0.44
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![A simple empirical relation that gives the band gap energy in eV for
In1.xGa,As,P1-y in terms of x and y, is given by E= 1.35+0.668x-
1.17y+0.758x2+0.18y²-0.069xy-0.322x2y+0.33xy? ev. Find the band
gap energy and the peak emission wavelength range for
Ino.74G20.26AS0.56P0.44](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F174f42d9-55ee-4b72-b5ae-6d7850e149b8%2F0f12f96b-da0a-4f80-983f-729bca324fd6%2F1l3rcwu_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A simple empirical relation that gives the band gap energy in eV for
In1.xGa,As,P1-y in terms of x and y, is given by E= 1.35+0.668x-
1.17y+0.758x2+0.18y²-0.069xy-0.322x2y+0.33xy? ev. Find the band
gap energy and the peak emission wavelength range for
Ino.74G20.26AS0.56P0.44
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