Detonation and shock wave physics properties/parameters measurable by ultra-high imaging.

Overview of ultra-high-speed imaging methods, including limitations of the optoelectronic system.

Optics, detectors, data storage, and control components.

Lens selection and optical considerations for high-speed imaging.

Lighting options and light considerations for ultra-high-speed imaging.

Triggering strategies and camera triggering/synchronization approaches.

Comparison with flash x-ray systems used to characterize shape charges and explosively formed projectiles (EFP).

Introduction to software use for working with high-speed imagery.

Introduction to SIM camera control.

Classroom hands-on exercises and practical classroom training.

Introduction to ULTRA high speed motion.

Motion analysis using TEMA motion analysis software.

Post blast data analyses and imagery analysis.

Experiment descriptions including the science and safety considerations; troubleshooting experiments.

Group project overview, forming teams, and assigning roles.

Group test results and analyses (including motion analysis software).