文档介绍：arXiv:cond-mat/0412664 v1 23 Dec 2004
Contents Nanostructures Semiconductor in Transport Quantum
Ballistic III.
I iuieadqaiblitctransport quasi-ballistic and Diffusive II.
.Introduction I.
.Proi potential Periodic G.
.Bscproperties Basic D.
.Aaoo-omeet30 effect Aharonov-Bohm D.
.Collimation D.
.Preface A.
.Casclsz effects size Classical A.
.Cnuto satasiso rbe 44 problem transmission a as Conduction A.
.Nnsrcue nGA-lashtrsrcue 5 heterostructures GaAs-AlGaAs in Nanostructures C.
.Cnutneflcutos22 fluctuations Conductance C.
.Chrn lcrnfcsn 56 focusing electron Coherent C.
.Nnsrcue nS neso aes2 layers inversion Si in Nanostructures B.
.Wa localization Weak B.
.at 49 contacts point Quantum B.
.Eeto-lcrnitrcin 32 interactions Electron-electron E.
.Jnto scattering Junction E.
.Tunneling F. 36 effects size Quantum F.
.Mgeornpr 10 6 otransport for 3. Landauer dimensions and zero relation, and Einstein one, conductivity, two, Drude in states 2. of Density 1.
.Mgeosz ffcs13 12 effects size o 2. scattering Boundary 1.
.Nneotmeaue 24 25 16 23 21 Experiments 4. fluctuations oconductance 3. temperatures Nonzero fluctuations 2. conductance Zero-temperature 1. cancellation flux and scattering field18 Boundary ic a 3. by localization weak of Suppression 2. backscattering Coherent 1.
.Mgeoeitneaoais67 69 billiard electron 60 versus waveguide Electron 3. anomalies oresistance 2. Mechanisms 62 1. beam electron resistance collimated Series a of 3. deflection ic 2. Theory 1. focusing electron and Scattering 3. Theory 39 2. Experiments 1. 41 36 34 resonance Guiding-center-drift 2. superlattices Lateral 1. sub of depopulation ic and electric on Experiments 2. subbands oelectric 1. experiments Narrow-channel 2. Theory 1.
.Lnae oml 47 49 44 backscatter of suppression and subbands of Depopulation 2. quantization Conductance 1. formula Landauer 2. waveguide Electron 1.
.Rsnn unln 71 tunneling Resonant 1.
ulse nSldSaePyis 4 -2 (1991) 1-228