Recent progress made in the prediction, characterisation, and mitigation of multipactor
discharge is reviewed for single‐and two‐surface geometries. First, an overview of basic …

In this Letter, the novel physics of higher harmonic (HH) generation of the normal electric
field near a dielectric surface is reported in multipactor induced plasma ionization …

Dielectric window breakdown is a serious challenge in high-power microwave (HPM)
transmission and radiation. Breakdown at the vacuum/dielectric interface is triggered by …

Metamaterials (MTMs) are structured materials with subwavelength features that can be
engineered to have some unique properties not found in nature, such as negative refractive …

Machine learning techniques have been employed for the high energy physics community
since the early 80s to deal with a broad spectrum of problems. This work explores the …

Short-pulse two-beam acceleration (TBA) is a promising advanced accelerator concept that
may meet the luminosity and cost requirements of future large-scale linear colliders …

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 …

Using CST Particle Studio, we simulate the evolution of the multipactor, beginning with a
single seed electron inside a coaxial waveguide. Upon impact with either the outer or inner …

Multipactor discharge near an rf window is a key limiting factor in high power microwave
systems. In this work, we report special features of dielectric multipactor susceptibility under …

We use Monte Carlo simulations and analytical calculations to derive the condition for the
onset of multipactor discharge on a dielectric surface at various combinations of the bias dc …