On a class of reducible hyperelliptic integrals
Authors:
Abstract
Let us take the integral and find a substitution of the lowest degree, through which we achieve the reduction of this integral to an elliptic one.
Similar articles
On the preparation of salts of alkali and alkaline earth metals in so-called colloidal amorphous formations that are highly crystallizing and highly soluble in water
1908 P. P. von-Weymarn
Construction of curved surfaces of the second order (conoseconds) and a full hexahedron.
1908 Ye. S. Fedorov