Thick liquid chambers for heavy-ion inertial fusion energy will use large n
umbers of stationary and oscillating molten salt jets to create pockets for
target injection and ignition. The modularity provided by multiple jets al
lows the study and optimization of single jets prior to studies of the inte
ractions of multiple jets. This paper reports the scaling requirements for
achieving hydrodynamically similar jets using water with geometrically scal
ed nozzles, and experimental results for the formation of stationary and os
cillating sheet jets. (C) 2001 Elsevier Science B.V. All rights reserved.