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High-Frequency Vacuum Electron Devices
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Vacuum electron devices at frequencies of millimeter waves and terahertz play highly important roles in the modern high-data rate and broadband communication systems, high-resolution detection and imaging, medical diagnostics, magnetically confined nuclear fusion, etc. For the fast motion velocity of electrons in the vacuum medium, they have the advantages of high power and high efficiency, as well as compactness, compared with other present radiation sources, such as solid-state devices.We established the Special Issue of “High-Frequency Vacuum Electron Devices” with the aim of enhancing the exchange of research information on the theory, design, simulation, processes, and development of these devices to promote their applications, and to attract young researchers and engineers starting out in this important field, which is still vital on the basis of modern electronic science and information technology.
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Keywords
- 2 × 2 amplifier unit
- 340 GHz
- beam-wave interaction
- Bragg reflector
- carbon nanotubes
- coaxial cavity
- corrugated horn
- cosine-vane
- D-band
- Deep Learning (DL)
- directional coupler
- DNP-NMR
- dual-band
- dyadic Green’s functions
- E-band
- Economics, finance, business & management
- electron optical system
- Energy industries & utilities
- experimental test
- extended interaction klystron (EIK)
- Field-Assisted thermionic emission
- focusing system
- FWG
- G-band
- gate controllability
- gyro-TWT
- high efficiency
- high output power
- high-order mode
- high-power microwave
- History of engineering & technology
- Industry & industrial studies
- inhomogeneous
- input coupler
- Ka-band
- machine learning (ML)
- meander-line
- microstrip line
- microstrip meander line slow wave structure (MML-SWS)
- millimeter wave and terahertz
- miniaturization
- multi-beam
- multi-layered media
- multiple gap cavity
- n/a
- over-mode
- PCM focusing
- phase congruency
- phase-velocity jumping
- phased array radar (PAR)
- relativistic klystron amplifier
- s-parameters
- SEB
- sheet beam
- sheet electron beam
- slow wave structure
- slow-wave structure
- slow-wave structure (SWS)
- slow-wave structures
- surface roughness
- Technology, engineering, agriculture
- Technology: general issues
- Terahertz TWTs
- thermal analysis
- transmission line
- transmission of the sheet beam
- traveling wave tube
- traveling wave tube (TWT)
- traveling-wave tube (TWT)
- TWT
- vacuum electronic devices
- vacuum electronics
- vacuum transistors
- wireless communication
Links
DOI: 10.3390/books978-3-0365-5447-1Editions