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Article
Ultrashallow p +-n junctions in silicon (100): Electron-beam diagnostics of the surface zone
Ultrashallow p +-n junctions formed in silicon (100) under nonequilibrium impurity diffusion conditions are analyzed by electron-beam diagnostics of the surface zone using a probe of low-to medium-energy electron...
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Article
Ultrashallow p +-n junctions in Si(111): Electron-beam diagnostics of the surface region
Ultrashallow p +-n junctions fabricated in Si(111) are investigated by low-and intermediateenergy electron-beam probing of the surface region in order to determine how the crystallographic orientation of the sili...
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Article
Electron-beam-induced conductivity in self-organized silicon quantum wells
Electron-beam diagnostics are used to study self-organized quantum wells which form within ultrashallow silicon p +-n junctions under the conditions of nonequilibrium boron diffusion. The energy dependence and cu...
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Article
Charge carrier interference in modulated quantum wires
Quantized conductance as a function of the charge carrier energy in modulated quantum wires is investigated for the first time. The energy dependence of the coefficient of transit through a modulated quantum w...
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Article
Ballistic conductance of a quantum wire at finite temperatures
The temperature-dependent ballistic conductance of a quantum wire is calculated without consideration of carrier scattering. The contribution to the conductance (G) from size-quantization subbands with E ...
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Article
Self-ordered microcavities embedded in ultrashallow silicon p-n junctions
Scanning tunneling spectroscopy was used to obtain topographic images of the (100) surface of ultrashallow diffusion profiles of boron in silicon. This method makes it possible to study the influence of fluctu...
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Article
Charge carrier interference in one-dimensional semiconductor rings
Interference of the ballistic charge carriers in one-dimensional (1D) rings formed by two quantum wires in the self-ordered silicon quantum wells was investigated for the first time. The charge carrier transmi...
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Article
Spontaneous spin polarization of electrons in quantum wires
The quantum conductance staircase of the one-dimensional (1D) channel is analyzed for a weak filling of the lower 1D subbands, when the exchange electron-electron interaction of carriers dominates over their k...
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Article
Quantized conductance in silicon quantum wires
The results of studying the quantum-mechanical staircase for the electron and hole conductance of one-dimensional channels obtained by the split-gate method inside self-assembled silicon quantum wells are repo...
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Article
Spin Polarization in Low-Density Quantum Wires
We present the results of the theoretical analysis of quasi one-dimensional electron gas within the Hartree–Fock approximation. The ground state energy for full polarized and unpolarized states is calculated at T
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Article
Spin depolarization in spontaneously polarized low-dimensional systems
Conditions for the appearance of a spontaneous spin polarization in low-dimensional systems in zero magnetic field are analyzed for the case of low occupation of the lowest quantum-confinement subbands, when t...
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Article
p +-Si-n-CdF2 heterojunctions
Boron diffusion and the vapor-phase deposition of silicon layers are used to prepare ultrashallow p +-n junctions and p +-Si-n-CdF2 heterostructures on an n-CdF2 crystal surface. Forward portions of the I–V chara...
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Article
Local tunneling spectroscopy of silicon nanostructures
The recharging of many-hole and few-electron quantum dots under the conditions of the ballistic transport of single charge carriers inside self-assembled quantum well structures on a Si (100) surface are studi...
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Article
Magnetism of III–V crystals doped with rare-earth elements
The procedure of measuring static magnetic susceptibility is used for the study of local ordering in III–V crystals containing rare-earth dopants. The dependences of the static magnetic susceptibility on the t...
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Article
Quantum Hall effect in (cadmium flouride)-based nanostructures
Shubnikov-de Haas oscillations and a ladder of quantum steps in the Hall resistance were observed in a p-CdF2 quantum well confined by δ-like barriers for CdB x F2−x ...
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Article
Spin transistor based on cadmium fluoride nanostructures
A study of CdB x F2 − x /p-CdF2/CdB x F2 − x planar sandwich structures fabricated on n-CdF2 cr...
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Article
Superconducting properties of silicon nanostructures
Superconducting properties of silicon sandwich nanostructures on the n-Si (100) surface, which represent the ultra-narrow p-type silicon quantum wells confined by heavily boron-doped δ barriers, manifest themselv...
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Article
Quantum supercurrent and Andreev reflection in silicon nanostructures
The tunneling spectroscopy is used for studying the hole transport in a sandwich nanostructure of the superconductor-ultra-narrow-self-assembled-p-silicon-quantum-well (Si-QW)-superconductor type on the n-Si (100...
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Article
Quantum spin Hall effect in nanostructures based on cadmium fluoride
Tunneling current-voltage (I-V) characteristics and temperature dependences of static magnetic susceptibility and specific heat of the CdB x F2 − x /p-CdF
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Article
Shubnikov-de-Haas and de-Haas-van-Alphen oscillations in silicon nanostructures
The dependences of the longitudinal resistance and the static magnetic susceptibility on the magnetic field applied perpendicularly to the plane of an ultranarrow silicon quantum well confined by δ barriers he...