An all-metal metamaterial slow-wave structure (MSWS), which comprises a hollow circular
waveguide loaded by periodically arranged complementary electric split-ring resonators …

A miniaturized, high electronic efficiency, S-band metamaterial extended interaction klystron
(MEIK) is proposed. The metamaterial-based extended interaction resonant cavities were …

太赫兹波因其具有电子学与光子学的特性, 所以在深空探测, 无损检测, 通信及安检等领域有巨大
应用潜力. 近些年, 太赫兹技术的迅猛发展离不开太赫兹真空电子器件的不断进步 …

Chiral, topologically protected, photonic surface states can be found at the boundary
between gyrotropic photonic crystals where a changing magnetic field induces different …

This research introduces an innovative method for crafting adjustable one-dimensional
photonic crystals by integrating a polyvinylidene fluoride (PVDF) piezoelectric layer into a …

Combining the radiation characteristics of a subwavelength hole array (SHA) with the
resonance characteristics of higher order mode resonant cavities, a method for designing …

太赫兹波因其具有电子学与光子学的特性, 所以在深空探测, 无损检测, 通信及安检等领域有巨大
应用潜力. 近些年, 太赫兹技术的迅猛发展离不开太赫兹真空电子器件的不断进步 …

This paper presents an extended interaction klystron (EIK) operating at 0.22 THz based on a
four-sheet-beam orthogonal interconnection structure (OIS). The proposed OIS comprises …

In this article, the design study of a V-band klystron with an internal coupling cavity is
presented. The effective characteristic impedance of the internal coupling cavity is …

A novel metamaterial-inspired interaction structure is proposed to construct an X-band
miniaturized klystron. The transverse dimension miniaturization of a resonant cavity is …