The general formulation of the boundary modulation technique is furnished. The strengths of the boundary element, the finite element and the analytical Fourier series methods ...

Recently, computer algebra systems, such as MathCad, Mathematica, and Maple, have been adapted to facilitate learning in the quantum mechanics portion of physical chemistry. ...

The one-electron, self-consistent-field formalism for harmonic generation is presented. The solution is expanded in a Fourier series, assuming that the time-dependent ...

The efficient expansions by classical orthogonal polynomials is a well known and hard solving problem for applied mathematics. At first sight there is no problem as ...

The method of external source collocation is used to solve a discretised boundary value problem, ∇2U=0, where U is the potential in a two-dimensional simply-connected ...

Bayesian Statistical Models provide statisticians and auditors with a set of powerful tools for attacking financial audit problems. Some of these statistical auditing ...

This book can be used as a textbook or reference work, by students and researchers alike. It demonstrates how to solve physical problems and deal with their underlying ...

In this paper, we describe a high-precision validation method for the solution of initial value problems (IVP's) of ordinary differential equations with the Taylor model. ...

Aerodynamics 1.1 provides a collection of computational tools for solving steady two-dimensional potential-flow over an airfoil using panel methods. Over thirty functions are ...

Kinetics deals with how fast chemical process occur. In the simplest case of unimolecular decay: A->B, species A undergoes some transformation to become species B. The rate ...