Effects of magnetic field, hydrostatic pressure and temperature on the nonlinear optical properties in symmetric double semi-V-shaped quantum well
Optical and Quantum Electronics, 2016•Springer
In this work, the effects of magnetic field, hydrostatic pressure and temperature on the linear
and nonlinear optical properties in GaAs/Al _ x Ga _ 1-x As GaAs/Al x Ga 1-x As symmetric
double semi-V-shaped quantum well (DSVQWs) have been theoretically studied by using
the compact-density matrix approach and the effective-mass approximation. Our numerical
results show that the optical characteristic of these structures is strongly affected by the
magnetic field, hydrostatic pressure and temperature.
and nonlinear optical properties in GaAs/Al _ x Ga _ 1-x As GaAs/Al x Ga 1-x As symmetric
double semi-V-shaped quantum well (DSVQWs) have been theoretically studied by using
the compact-density matrix approach and the effective-mass approximation. Our numerical
results show that the optical characteristic of these structures is strongly affected by the
magnetic field, hydrostatic pressure and temperature.
Abstract
In this work, the effects of magnetic field, hydrostatic pressure and temperature on the linear and nonlinear optical properties in symmetric double semi-V-shaped quantum well (DSVQWs) have been theoretically studied by using the compact-density matrix approach and the effective-mass approximation. Our numerical results show that the optical characteristic of these structures is strongly affected by the magnetic field, hydrostatic pressure and temperature.
Springer
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