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Titlebook: Instabilities in Multiphase Flows; G. Gouesbet,A. Berlemont Book 1993 Springer Science+Business Media New York 1993 crystal.dynamics.multi

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Density Wave Oscillation in a Natural Circulation Loop of Liquid Nitrogen,lay important roles in the dynamics of the total system, which makes the dynamics of the system complicated one. For better understanding such dynamics, it is necessary, at the first step, to conduct investigations in a simplified system such as without any thermal coupling.
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Dynamics of a Reduced Model of Two-Phase Flow in a Boiling Channel,momentum and enthalpy, together with an equation of state and suitable constitutive relations. In particular, the two-phase region is modelled using ‘two-fluid’ averaged equations, so that each phase carries its own conservation laws; the enthalpies are not necessarily those of thermodynamic equilib
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Application of Laser-Induced Thermal Lens Oscillation to Concentration Control in Solvent Extractio by divergence of a probe beam. The time series of the signal obtained through the probe beam exhibited steadiness and periodic behavior (thermal lens oscillation), and the parameters which control the bifurcation to the thermal lens oscillation were exciting beam power, concentration of solute, and
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,Kelvin — Helmholtz Two-Phase Flow Instability,on studying them in detail. Indeed two layered fluid flows occur in many physical situations, and even now, numerous works continue to approach the matter (. & .l [2] [3], . [4], . & .l [12], . & .l [13], . & .l [6]).
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https://doi.org/10.1007/978-1-4899-1594-8crystal; dynamics; multiphase flow; simulation; stability
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