Sentence examples for narrow well width from inspiring English sources
( b) The dependence of the 1 to 2 intersubband spacing on the narrow well width aR.
(c) The values of the averages 〈z〉ν for corresponding subbands as a function of narrow well width aR.
Figure 4 The calculated dependence of the squared modulus of the dipole matrix element |D (2,0)→(1,1) | 2. Calculated for the double-well structure shown in Figure 3a as a function of narrow well width aR.
The dipole matrix element for transitions between the zeroth LL of the second subband and the first LL of the first subband is presented in Figure 4 as a function of narrow quantum well width aR.. Here, the width of wider well is fixed, while the width aR of the narrow well is varied.
Such strong potential can result in a narrower electron effective well width, in which no confined electron can escape from the well.
In the general case, the is proportional to about The higher the electric field is, the narrower the effective well width will be.
The reason is that when the effective well width of the triangle quantum well becomes narrower and the quantum confinement becomes stronger, so the binding energy increases as well, this tendency, as commonly known, is qualitatively similar to the case of square quantum well (e.g., AlGaAs/GaAs quantum well) [11].
A well-projected narrow full width at half maximum of 38 nm was exhibited by SiO2-Qdots, thus indicating homogenous nucleation and a monodisperse particle size distribution.
BET, micropore and mesopore surface area of 515, 350, and 165 m2 g−1, respectively as well as a narrow pore width distribution of 3 4.5 nm are obtained.
The superconducting transition temperature Tc reaches a maximum value of 92.4 K as well as a narrow transition width of 0.8 K for the optimized GZO layer thickness.
Indeed, on the heat flow curves of the asphaltenes 3 5 at a temperature interval of 80 90 °C, a well-resolved narrow (10 15 °C width) endothermic peak indicating the melting of the crystalline phase of waxes (Fig. 2) was observed.
