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Evaluation of the Effective Hole masses in Pseudomorphic Compressively Strained GaxIn1-xAs/InP Quantum Wells

Rapp, S ; Härle, V ; Bolay, H ; Hangleiter, A ; Scholz, F ; Limmer, W ; Vasiliadou, E ; Grambow, P ; Weiss, Dieter



Abstract

The valance band structure of metalorganic vapor phase epitaxy (MOVPE) grown strained GaxIn1 � xAs/InP single quantum well structures is experimentally verified by the determination of the effective in-plane hole masses. The masses are obtained by performing magnetotransport experiments. Mobilities up to 8700 cm2/V s for gallium content of x=0.3 were reached. The effective heavy hole ...

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