The theoretical investigation of the electronic and nonlinear optical properties in spheroid-
shaped CdTe/ZnTe core/shell quantum dots (CSQDs) embedded into two commonly …

We have investigated, in this paper, the simultaneous effect of eccentricity and
encapsulating matrix on the effective dielectric function ε eff in spheroid-shaped CdSe/ZnSe …

The spheroidal wave functions, which are the solutions to the Helmholtz equation in
spheroidal coordinates, are notoriously difficult to compute. Because of this, practically no …

We first convert the angular Teukolsky equation under the special condition of τ≠ 0, s≠ 0,
m= 0 into a confluent Heun differential equation (CHDE) by taking different function …

A statistical‐based method combined with basis function expansion techniques is described
in order to provide extensive maps of the ground level perturbation magnetic field from 40∘ …

Near‐field acoustic holography (NAH) is an effective tool for realizing accurate sound field
reconstruction in three‐dimensional space on the prerequisite that appropriate elementary …

Under the usual approximation of treating a biological particle as a spheroidal droplet, we
consider the analysis of its size and shape with the high frequency photoacoustics and …

We present the exact solutions of the angular Teukolsky equation with m≠ 0 given by a
confluent Heun function. This equation is first transformed to a confluent Heun differential …

Near-field acoustic holography (NAH) based on compressing sensing (CS) theory enables
accurate reconstruction of sound fields using a limited number of sampling points. However …

Asymptotic approximations show that the lowest modes of the prolate spheroidal wave
equation are concentrated with an O (1/c) length scale where c is the “bandwidth” parameter …