Sentence examples for confinement of charge from inspiring English sources

Calculation includes the effect of different subbands of the semiconductor conduction band those arise due to quantum confinement of charge carriers in the oxide substrate interface.

Charge concentrations throughout the structure were analyzed which show the confinement of charge carriers in the Quantum Well/2DEG at the heterointerface are maximum.

The properties of materials as affected by the quantum confinement of charge carriers have opened up the entire field of nanostructures.

The strongly spatial confinement of charge carriers achieved directly in the as-deposited spinel/perovskite oxide heterostructures without any post annealing provides the possibility to fabricate multilayers of complex oxides with several 2DEGs.

We develop the mechanics theory of a phenomenon in which strain is induced in nanoscale structures in the absence of applied stress, due solely to the presence of quantum mechanical confinement of charge carriers.

Shift in band gap energy with film thickness and/or grain size can be understood on the basis of quantum size effects observed in the films of semiconductor i.e. quantum confinement of charge carriers in the crystallites.

The transport and confinement of charged particles in an auxiliaryheated mirror plasma is modeled via two diverse computational tools: an implicit particle-in-cell (PIC) code and a bounce-averaged Fokker-Planck (F-P) code.

Deviations from this classical behavior, arising from the confinement of charged particles by charged walls or pores, are a possible explanation, allowing the high resistances to be interpreted as increased osmotic pressure due to the distribution of counterions in the pores.

A federal judge sentenced Mr. Stephens on Sept. 2 to four months in prison and another three months of home confinement on charges of embezzling $52,000 from a voter outreach program.

The dislocation loops introduce a local strain field, which modifies the band structure and provides spatial confinement of the charge carriers, thus allowing strong intrinsic silicon band-edge luminescence to be observed at room temperature.

Due to the confinement of the charge carriers in three spatial dimensions, quantum dots (QDs) display extraordinarily optoelectronic properties and tunable band gap.