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TESTS OF MICROSTRUCTURE RECONSTRUCTION BY FORWARD MODELING OF HEDM DATA

Verification tests of the forward modeling technique for near-field high energy diffraction microscopy (HEDM) are conducted using two simulated microstructures containing uniformly distributed orientations. Comparison between the simulated and reconstructed microstructures is examined with consideration to both crystallographic orientation and spatial geometric accuracy. To couple the simulations with the evolving experimental setup at the Advanced Photon Source 1-ID beamline, simulated data sets use two different detector configurations; all parameters mimic the experimental geometry. Results indicate that element orientations are distinguishable to less than 0.1degrees, while spatial geometric accuracy is limited by detector resolution.