Quantitative determination of rolling and recrystallization textures in 600°C-and 300°C-rolled uranium rods.

A Method for Obtaining the Complete Pole Figure With a Single Sample Using the Schulz Technique

“…Equation (2) has no longer an analytical solution, and numerical integration must be used. 2 and 4 mm.…”

“…The defocusing phenomenon in the Schulz technique has been extensively studied, among others by Schulz, 1 Chernock 2 Tenckhoff, and Beck, etc. Basically, it can be described as a broadening of the diffraction peak, due to the irradiated zone displacement from the focusing plane, when the sample is tilted.…”

“…The double numerical integration of Equation (2) puts in evidence the necessity of dividing the peak into a large number of intervals to determine with sufficient accuracy the intensity profile, which undoubtedly is a very laborious task in a standard texture goniometer. If analytical functions were used to fit the diffraction peaks this experimental difficulty could be overcome.…”