Multipactor inside a rectangular waveguide is studied using both an analytical approach and
numerical simulations. Particular attention is given to an analysis of the role of such effects …

Theoretical considerations of the electron multipactor have mostly been restricted to the
simplified case of plane-parallel geometry with a uniform field. However, a nonuniform field …

This work presents a new and general approach to the real dynamics of the multipactor
process: the nonstationary statistical multipactor theory. The nonstationary theory removes …

The multipactor is a vacuum discharge based on a secondary electron emission. A novel
resonant form is proposed that combines one-and two-surface impacts within a single …

This work presents a new theory of multipactor under multicarrier signals for parallel-plate
geometries, assuming a homogeneous electric field and one-dimensional electron motion. It …

We develop a statistical theory of secondary-emission discharge (SED) taking the energy
distribution of secondary electrons into account. The theory allows one to describe …

A new mechanism of long-term multipactor in multicarrier systems is studied employing both
analytical and numerical methods. In particular, the investigation is focused on the impact …

In this paper, a novel theoretical approach on multipactor discharge based on principles
from nonlinear dynamics and chaos theory is extended to a parallel-plate geometry with …

Multipactor is an electron discharge driven by secondary electron emission (SEE) that
plagues microwave components, accelerator structures, space-borne systems, and other …

A series of detailed numerical simulations are used to investigate the properties of
multipactor breakdown in circular waveguides propagating the TM01 mode. A Monte Carlo …