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In-well ambipolar diffusion in room-temperature InGaAsP multiple quantum wells

机译:室温InGaAsP多量子阱中的阱内双极扩散

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摘要

Three-pulse transient amplitude grating experiments were performed using picosecond pulses at 1.525 /spl mu/m on room-temperature InGaAsP multiple quantum wells using a periodically poled LiNbO/sub 3/ (PPLN) optical parametric oscillator. An ambipolar diffusion coefficient of 7.2 cm/sup 2//s was measured from the diffraction efficiency decay rates. We deduce the presence of alloy scattering or an increase in interface scattering when comparing these results with those of similar experiments on GaAs-AlGaAs multiple quantum wells.
机译:使用周期极化的LiNbO / sub 3 /(PPLN)光学参量振荡器,在室温InGaAsP多量子阱上以1.525 / spl mu / m的皮秒脉冲执行三脉冲瞬态振幅光栅实验。由衍射效率衰减率测得的双极扩散系数为7.2cm / sup 2 // s。当将这些结果与在GaAs-AlGaAs多量子阱上进行的类似实验进行比较时,我们推断出合金散射或界面散射的增加。

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