Measurement of high-resolution recrystallization textures in nickel sheets using high-energy synchrotron radiation

The new developed "sweeping detector" techniques using high energy synchrotron radiation allow to measure textures and microstructures of materials and their change during heat treatment with high location and orientation resolution. Here we show these new methods applied to cold rolled and subsequently annealed nickel samples. The grain-resolved measurements show, impressively, many details of the recrystallization process which can otherwise not be seen. The results of these measurements can be the base for comprehensive recrystallization theories.