β Scribed by P. Breesch; J. De Kerf; M. Goovaerts
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
Exploiting the relation between the Ambarzumian-Chandrasekhar H function and the X function of the isotropic and single speed neutron transport, an accurate numerical method is presented to evaluate these X and H functions. The method uses the IMT quadrature scheme. The theoretical error estimate is
The second order Wagner-K&wood senuclassical parhtlon function is simply derrved for a generaked one-dimensonal oscdlator. Thermodynamic funtions A. H, E. S. Cy are also given in a simple analytical form. A detailed eomparisun with numerical results for the quark oscillator as example shows very goo
A general numerical method is proposed to compute nearly singular integrals arising in the boundary integral equations (BIEs). The method provides a new implementation of the conventional distance transformation technique to make the result stable and accurate no matter where the projection point is