Coincidence intensities of the cascade decay 31D-->21P-->11S of helium excited by electron impact are computed using the symbolic manipulation package Mathematica. The ...

Preview a forthcoming self-guided, introductory Mathematica tutorial. This session is intended both for anyone interested in a general introduction to Mathematica and for ...

PET is a Mathematica package that supplies elementary tools for fulfilling various petrological tasks. Among these are mineral formula calculation (including nomenclature for ...

The package NFourierListCoefficients is intended for calculation of list of Fourier coefficients for a given function. It is necessary in many applications when a ...

This is a simple program for calculation of diamagnetic dipolar relaxation and cross- relaxation rates between user-specified nuclear spin orders in a two-spin system. The ...

Abstract: We demonstrate the effectivity of the covariant background field method by means of an explicit calculation of the 3-loop beta-function for a pure Yang-Mills ...

Engineers need for their daily work robust and reliable blocks of code to perform calculations and simulation. This can be difficult in Mathematica, because by default it ...

A theoretical physicist uses a Mathematica 3.0 program and database for assistance in Feynman diagram calculations.

An introduction to Mathematica's unique Notebook interface. "The kernel does calculations. The Notebook interface does everything else."

OxideEq.m is a Mathematica package that takes two lists of oxide weight percent data for compositions of magnetite-ilmenite pairs. The data is used to calculate the ...