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Studies the nonlinear behavior of liquid surface in electric field of liquid lithium ion source. Development of ion source for inertial confinement fusion; Linear theory for surface waves; Discussion on the results of the study.

Investigates the possibility of forming large-area liquid-metal ion sources by examining the behavior of a planar liquid-conducting surface in the presence of a high electric field. Application of electrohydrodynamic instability theory to a planar liquid-lithium surface; Equations of motion and boundary conditions for a planar liquid metal in an electric Distorted surface structure caused by unstable growth in high electric field.