par Lanquart, Jean Pol 
Référence Journal of computational physics, 47, 3, page (434-443)
Publication Publié, 1982-09
Référence Journal of computational physics, 47, 3, page (434-443)
Publication Publié, 1982-09
Article révisé par les pairs
| Résumé : | A data approximation technique is presented for solving numerically the Abel integral equation. The side-on intensity is developed in a set of even powers. The optimization of the number of terms in the expansion makes it possible to control the smoothing of the data, and thereby strongly reduces the effects of experimental errors. The results are compared with those obtained by other methods, demonstrating the utility of this technique. © 1982. |
