We present our model of the e+ CO 2 system that has been used to calculate the two-
dimensional electron energy-loss spectrum of CO 2 for incoming electron energies up to 5 …

We present a new stationary iterative method, called Scale-Splitting (SCSP) method, and
investigate its convergence properties. The SCSP method naturally results in a simple matrix …

Recent wave-based room acoustic simulations in the time domain can incorporate
frequency-dependent absorbing boundary conditions (BCs), by which time responses …

In this paper, a new iteration method is proposed for solving the complex symmetric linear
systems. In theory, we show that the convergence factor or the upper bound of the spectral …

The Conjugate Gradient (CG) method and the Conjugate Residual (CR) method are Krylov
subspace methods for solving symmetric (positive definite) linear systems. To solve …

Microperforated panel (MPP) absorbers, which provide broadband sound absorption without
the use of fibrous materials, have favorable material properties that support recyclability …

This paper is concerned with several variants of the Hermitian and skew‐Hermitian splitting
iteration method to solve a class of complex symmetric linear systems. Theoretical analysis …

In many fields of scientific computing and data science, we frequently face the problem of
solving large and sparse linear systems of the form Ax= b, which is one of the most time …

Motivated by the celebrated extending applications of the well-established complex
Biconjugate Gradient (CBiCG) method to deal with large three-dimensional electromagnetic …

This paper describes iterative methods for the high frequency electromagnetic analysis
using the finite element method of Maxwell equations including displacement current. The …