Full text loading...
Polarization and QE as a function of excitation light energy for Sample 3 (solid circles for polarization, and solid curve for QE) and a single strained-layer sample (open circles for polarization and dashed curve for QE).
Peak polarization (solid circles), QE anisotropy (open circles), and measured HH-LH energy splitting (triangles) as a function of the phosphorus fraction.
Peak polarization (solid circles), QE anisotropy (open circles), and strain relaxation (triangles) as a function of the superlattice period.
Polarization as a function of the excitation light energy for the three superlattice samples with a different well width; (open circles), (triangles), and (solid circles).
Strained superlattice samples.
Article metrics loading...