1.
Autoemission spectroscopy of high-temperature superconductors of YBa<sub>2</sub>Cu<sub>3</sub>O<sub>7</sub> type in the normal state.
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2.
Field emission properties of a conventional BCS superconductors.
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3.
Two-dimensional magnetohydrodynamic unsteady two-temperature model of the initial stage of Ecton functioning.
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4.
Arc discharge with a cold cathode without the formation of craters on the cathode.
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5.
The study of the flow of charged particles in a vacuum arc discharge.
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6.
Investigation of electrohydrodynamic and thermal instability of a liquid conductive surface in a strong electric field.
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7.
Mechanism of generation of explosion emission centers in a vacuum discharge at interaction of a dense plasma of a cathode spot with micro-inhomogeneities of a cathode surface.
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8.
Mechanism of ion flow generation in vacuum arcs.
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9.
The mechanism of formation of centers of explosive electron emission (ectons) during the flow of electric discharge in vacuum.
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10.
Model of collective acceleration of ions in vacuum discharge based on the concept of a deep potential well.
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