HIGH PRESSURE STUDY OF GaAs-AlXGa1-XAs MULTIPLE QUANTUM WELL STRUCTURE
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Abstract
The pressure coefficients between Γ conduction subbands, heavy( h) and light (1) hole subbands are determined. It is found that the pressure coefficient decrease with increasing subband energy or decreasing well width(Lz), from 10.3meV/kbar for the 130Å well to 9.6meV/kbar for the 29Å well. This result shows that the Γ valley of GaAs is not a rigid sphere with same pressure coefficient. Pressure dependence of photoluminescence intensity has been also measured for both the 130Å and 29Å wells. It is markedly different from that of the bulk GaAs.
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ZHAO XueShu, LI Guohua, HAN Hexiang, WANG Zhaoping, TANG Ruming, WANG Lijun. HIGH PRESSURE STUDY OF GaAs-AlXGa1-XAs MULTIPLE QUANTUM WELL STRUCTURE[J]. Chin. Phys. Lett., 1987, 4(6): 261-264.
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ZHAO XueShu, LI Guohua, HAN Hexiang, WANG Zhaoping, TANG Ruming, WANG Lijun. HIGH PRESSURE STUDY OF GaAs-AlXGa1-XAs MULTIPLE QUANTUM WELL STRUCTURE[J]. Chin. Phys. Lett., 1987, 4(6): 261-264.
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ZHAO XueShu, LI Guohua, HAN Hexiang, WANG Zhaoping, TANG Ruming, WANG Lijun. HIGH PRESSURE STUDY OF GaAs-AlXGa1-XAs MULTIPLE QUANTUM WELL STRUCTURE[J]. Chin. Phys. Lett., 1987, 4(6): 261-264.
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ZHAO XueShu, LI Guohua, HAN Hexiang, WANG Zhaoping, TANG Ruming, WANG Lijun. HIGH PRESSURE STUDY OF GaAs-AlXGa1-XAs MULTIPLE QUANTUM WELL STRUCTURE[J]. Chin. Phys. Lett., 1987, 4(6): 261-264.
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