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Generation of ultra-high magnetic fields of 10-25 MG (0.4-2.5 MJ/cm{sup 3}) using high-explosive-driven magnetic flux-compression is one approach which could enhance the US Above Ground EXperimental (AGEX) capability. The beginnings of a US-Russian collaboration to generate 20 MG by extending flux-compression technology are described. The first joint experiments, planned for November 1993 at Los Alamos, will test the Russian MC-1 10 MG generator and will be followed by several high-temperature superconductor experiments. Equation-of-state experiments involving isentropic compression at pressures of several megabars are being considered as follow-on joint experiments. Magnetohydrodynamic (MHD) calculations of the MC-1 experiments using the ID MHD code RAVEN are presented, including comparisons and benchmarks against previous Russian experiments and calculations. The first joint experiments will use Russian hardware and US high-explosive. Gaining practical experience with the MC-1 and benchmarking the RAVEN predictions for the performance of the modified generator are important first steps towards reaching the 20 MG goal.

Generation of ultra-high magnetic fields for AGEX