Historical Note
Directorate
Main Fields of Research Activities
Scientific Council
Leading research assistants of IEP
Contacts
Quantum Electronics Laboratory
Low-Temperature Plasma Group
Physical Electronics Laboratory
Applied Electrodynamics Laboratory
Charged-Particle Beams Laboratory
Laboratory of Beam Actions
Pulsed Power Laboratory
Physics of Dielectrics Group
Pulsed Processes Laboratory
Laboratory of Theoretical Physics
Electron Accelerators Laboratory
Pulsed Radiation Sources Laboratory
Nonlinear Optics Laboratory
Nonlinear Dynamics Laboratory
Applied Electrophysic Investigations Laboratory
Complex Electrophysic Investigations Laboratory
Group of Electrophysical Technologies
Pulsed Power Generators, Electron Accelerators
Applications of Electron and Ion Beams
Pulsed Power Engineering for NanoTechnology
New Lasers and Applications
Planned Сonferences
References for our Manuscripts
Information
|
Institute
|
Research Laboratories
|
Developments
|
Conferences
Institute of Electrophysics
/
Research Laboratories
/
Applied Electrophysic Investigations Laboratory
/
Investigations of distributed processes of high-current nanosecond commutation.
Site Map
Language
About laboratory
Main Fields and Results of Research Activities
Developments
Staff
Publications
Investigations of distributed processes of high-current nanosecond commutation.
Scientific directions
|
Scientific results
A new principle for constructing multi-element controlled switches based on the propagation of an overvoltage front along a circuit consisting of these elements is proposed.
Design and programming
N-Studio
© 2003-2024 Institute of Electrophysics
