The development of recrystallization textures in F.C.C. metals with a low stacking fault energy = Developpement de textures de recristallisation dans les metaux C.F.C. a basse energie de defaut d'empilement = Die entwicklung einer Rekristallisationstextur in F.C.C. metallen mit niedriger stapelfehlerenergie

The texture development of silver single crystals and polycrystalline high purity silver and a series of Ni-Co alloys was examined, immediately after rolling and after various annealing treatments. X-ray diffraction and electron-microscopical observations showed that the development of the {841}447 + {310}001 + {852i}245 recrystallisation texture can be explained by the inverse Rowland transformation as the primary nucliation mechanism followed by recrystallisation twinning and growth selection of secondary twins.