Semiconductor quantum wells - Globe Thesis

Keyword [Semiconductor quantum wells] Result: 1 - 20 \| Page: 1 of 2
1.	Theoretical Studies On The Quantum Coherence Effects And Their Applications In Semiconductor Quantum Wells
2.	Experimental Research Of Spin Diffusion And Relaxation In Semiconductor Quantum Wells
3.	Exciton And Impurity State In Semiconductor Quantum Wells In An Electric Field
4.	Investigation On The Decay Coherent In Semiconductor Quantum Wells And The Influences To Group Velocity Dispersion
5.	Electromagnetically Induced Transparency Effect And Its Applications In GaAs/AlGaAs Semiconductor Quantum Wells
6.	Optical Solitons Behavior In Semiconductor Quantum Wells Electromagnetically Induced Transparency Medium With The Coupling Of Longitudinal Optical Phonons
7.	Investigation On Polarized Photocurrent In Semiconductor Quantum Wells And Organic Thin Films
8.	Generation of narrowband THz pulses and THz studies of ultrafast phenomena in semiconductor quantum wells
9.	Spectroscopy of III-V narrow gap semiconductor quantum wells
10.	Theory of excitonic optical properties of semiconductor quantum wells and Bragg structures
11.	Spin interactions between conduction electrons and local moments in semiconductor quantum wells
12.	All-optical polarization switching techniques based on the coherent many-body interactions and the virtual excitation of spin-polarized carriers in semiconductor quantum wells
13.	Coherent control of electron spins in semiconductor quantum wells
14.	Exciton formation dynamics in semiconductor quantum wells
15.	Many-body effects in low-order optical nonlinearities of semiconductor quantum wells
16.	Fourier transform infrared spectroscopy of 6.1-Angstrom semiconductor quantum wells
17.	Pronounced light -matter coupling in periodic semiconductor quantum wells
18.	Quantum coherence and interference effects in doped crystals and semiconductor quantum wells for reduced absorption and lasing without population inversion
19.	Nonlinear optical properties of semiconductor quantum wells with opto-electronic applications
20.	Theory of subband structure for semiconductor quantum wells and superlattices
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