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Faraday Effect of Cd0.55-yHgyMn0.45Te Thin Films
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The energy gap (E
g) and the Verdet constant were examined for quaternary Cd0.55-y
Hg
y
Mn0.45Te thin films with y≤0.11. As the Hg content increases, the E
g decreases and the S-shaped dispersion of the Verdet constant spectrum shifts to a lower photon energy. The magnitude of the Verdet constant for the film with E
g=1.78 eV (y=0.11) is about 1.9 times larger than that for the Cd0.8Mn0.2Te film with E
g=1.78 eV. It is thought that the large Faraday effect of the Cd0.55-y
Hg
y
Mn0.45Te films in the lower-photon-energy region is based on the large Zeeman splitting enhanced by Mn2+, as in the case of ternary Cd1-x
Mn
x
Te.
Title: Faraday Effect of Cd0.55-yHgyMn0.45Te Thin Films
Description:
The energy gap (E
g) and the Verdet constant were examined for quaternary Cd0.
55-y
Hg
y
Mn0.
45Te thin films with y≤0.
11.
As the Hg content increases, the E
g decreases and the S-shaped dispersion of the Verdet constant spectrum shifts to a lower photon energy.
The magnitude of the Verdet constant for the film with E
g=1.
78 eV (y=0.
11) is about 1.
9 times larger than that for the Cd0.
8Mn0.
2Te film with E
g=1.
78 eV.
It is thought that the large Faraday effect of the Cd0.
55-y
Hg
y
Mn0.
45Te films in the lower-photon-energy region is based on the large Zeeman splitting enhanced by Mn2+, as in the case of ternary Cd1-x
Mn
x
Te.
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