The method of auxiliary sources (MAS) is a numerical technique, alternative to the standard
surface integral-equation formulation, suitable for solving elliptic boundary-value problems …

Представлен обзор работ по проблеме влияния квантового эффекта нелокального
экранирования на характеристики полей в задаче дифракции поля плоской волны на …

Methods employing auxiliary sources are applied to electromagnetic scattering problems by
2-D noncircular scatterers. Specific cases are considered for which the singularities of the …

The method of auxiliary sources (MAS) is often applied to problems involving an externally
illuminated, smooth, perfect electric conductor (PEC). One seeks to approximately satisfy the …

A novel combination of the method of auxiliary sources (MAS) and the standard impedance
boundary condition (SIBC) is employed in the analysis of transverse magnetic (TM) plane …

This paper presents a rigorous accuracy analysis of the method of auxiliary sources (MAS),
when applied to scattering problems. A benchmark, canonical geometry, consisting of a …

Fictitious current models have been used extensively in recent years to facilitate a
computational scheme for a variety of scattering problems. This paper reviews the basic …

The Method of Auxiliary Sources (MAS) is an established technique for the numerical
solution of electromagnetic (EM) scattering and radiation problems. This paper presents a …

We describe a source-model technique for the analysis of the strictly bound modes
propagating in photonic crystal fibers that have a finite photonic bandgap crystal cladding …

Publisher Summary A conventional Method of Auxiliary Sources (MAS) is a method of
finding the solution of the boundary problem for a given differential equation by expanding it …