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Gaining in-situ access to relaxation dynamics of radiation induced defectswill lead to a better understanding of materials and is important for theverification of theoretical models and simulations. We show preliminary resultsfrom experiments at the new Neutralized Drift Compression Experiment (NDCX-II)at Lawrence Berkeley National Laboratory that will enable in-situ access todefect dynamics through pump-probe experiments. Here, the unique capabilitiesof the NDCX-II accelerator to generate intense, nanosecond pulsed ion beams areutilized. Preliminary data of channeling experiments using lithium andpotassium ions and silicon membranes are shown. We compare these data tosimulation results using Crystal Trim. Furthermore, we discuss the improvementsto the accelerator to higher performance levels and the new diagnostics toolsthat are being incorporated.

Accessing defect dynamics using intense, nanosecond pulsed ion beams