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T Asaki (2001)
Spherical acoustic resonator I : theoretical approaches to fluid and cavity characterization
Los Alamos National Laboratory, .
Theoretical approaches to fluid characterization and nonideal spherical cavity characterization through resonant acoustic measurements have been compiled, clarified, and extended. Consideration is given to geometric defects, cavity boundary and bulk dissipative mechanisms, and the effects of a compliant boundary. The overall general nature of this report allows it to serve as a primer and reference for a variety of applications. However, the emphasis is toward current Laboratory interests in quantifying geometric properties of millimetersized capsules manufactured for fusion implosion studies and equation-of-state experiments.
LA-UR-13835-MS
A Basic Course in Optimization