Sentence examples for dot confinement from inspiring English sources
As the dopant is introduced at a greater distance from the dot confinement center (0,0), the confines of electric (ω0) and magnetic (ω c ) origins naturally become weak and favor excitation.
Liu, G-B., Pang, H., Yao, Y. & Yao, W. Intervalley coupling by quantum dot confinement potentials in monolayer transition metal dichalcogenides.
The damping strength and the dot confinement sources of electric and magnetic origin have been found to fabricate the said kinetics in a delicate way.
The noise and the dot confinement sources of electric and magnetic origin have been found to fabricate the said kinetics in a delicate way.
The noise strength and the dot confinement sources of electric and magnetic origin have been found to produce the said kinetics in a subtle way.
The impurities can be incorporated by diffusion [18], and they experience some kind of force offered by the dot confinement potential [19].
The excitonic resonances for Π z and σ+, calculated as a function of the magnetic field for each Mn-doped lead-salt dot and confinements, are shown in Figure4a,b,c,d,e,f,g,h.
The interplay between the usual Zeeman effect and the exchange interaction gives place to the crossing between spin-split levels at certain critical field, B c, as displayed in Figure2 for both spherical and semispherical dot spatial confinements.
It is seen that for the selected particular profile given by Equation 1, the Hamiltonian (Equation 2) coincides with one which describes two particles in 2D quantum dot with parabolic confinement and renormalized interaction.
Finally, for the selected profile (1) the Hamiltonian (5) describes two particles in 2D quantum dot with parabolic confinement: H 2 D = E 0 − ∑ p = e, h η p − Δ p 2 D + i γ s p ∂ ∂ ϑ p + ω p 2 ρ p 2 4 ∓ α z p + π 2 W p 2 − 2 d 2 + ρ e − ρ h 2 ; ω p 2 = 4 π 2 W p 2 R p 2 + γ 2 (6).
In smaller-size dots, the phonon confinement effect becomes more significant and causes a noticeable decrease in the phonon frequencies (up to 242 cm−1).
