Analysis of Output Power Delay in Coaxial Vircator

Moradi, Gholamreza; Ghorbani, Ayaz; Rahdan, M.; Khadem, H.

doi:10.2528/pierb07122501

Cited by 3 publications

(1 citation statement)

References 20 publications

(18 reference statements)

Supporting

Mentioning

Contrasting

Order By: Relevance

“…The 3-D propagation of the wave in Figure 11 shows this reduction of E-field strength on the centre peak amplitude. The accelerating E-field experienced by an electron crossing a waveguide section in the X direction is no longer the ideal 'top hat' rectangular function of position, but smeared out [21,22]. The E-field pattern and leakages at the apertures for three different scenarios are simulated.…”

Section: The Power Leaking Out Of the Waveguidementioning

confidence: 99%

The Experimental Results of a Low Power X-Band Free Electron Maser by Electron Pre-Bunching

Malek¹,

Lucas²,

Huang³

2010

PIER

View full text Add to dashboard Cite

Abstract-We have developed a proof-of-concept low power free electron maser that is compact and low cost. The design, set-up and results of a novel (without wiggler) low power X-band rectangular waveguide pre-bunched free electron maser (PFEM) are presented in this paper. Our device operates at 10 GHz, with 10 mWatt seeding input power and employs two rectangular waveguide cavities (one for velocity modulation and the other for energy extraction). The electron beam used in this experiment is produced by Thoria coated Iridium filament which can operate at 3 kV and up to 5 mA beam current. The effect of the aperture on the power leaking out of the waveguide is also analyzed. The TE 10 mode propagation of the EM standing wave is used to pre-bunch the electron beams in the input cavity. The bunched electron beams are in the same phase as the TE 10 mode propagation of the EM wave in the output cavity. This free electron maser could be useful industrially, as it could be used with the commercially available accelerating voltage supplies.

show abstract

Section: The Power Leaking Out Of the Waveguidementioning

confidence: 99%

The Experimental Results of a Low Power X-Band Free Electron Maser by Electron Pre-Bunching

Malek¹,

Lucas²,

Huang³

2010

PIER

View full text Add to dashboard Cite

show abstract

Prototype Design of Compact and Tuneable X-Band Pre-Bunched Free Electron Maser

Malek¹,

Lucas²,

Huang³

2008

PIER

View full text Add to dashboard Cite

Abstract-At the University of Liverpool, we are developing prototype free electron maser (FEM) that are compact, powerful and efficient for potential industrial applications. The design, set-up and results of a novel X-band rectangular waveguide pre-bunched free electron maser (PFEM) are presented in this paper. Our initial device operates at 10 GHz and employs two rectangular waveguide cavities (one for velocity modulation and the other for energy extraction). The electron beam used in this experiment is produced by thermionic electron gun which operates at 3 kV and up to 50 µA. The nominal beam diameter is 1 mm passing across the X-band cavity resonators. The resonant cavity consists of a thin gap section of height 1.5 mm which reduces the beam energy required for beam wave interaction. The results, progress so far and the scope of work for the next couple of months are reported.

show abstract

The Engineering and Construction of a Pre-Bunched Free Electron Maser

Malek

Lucas²,

Huang³

2009

PIER

View full text Add to dashboard Cite

Abstract-We are developing prototype free electron maser (FEM) that is compact, tuneable and efficient for potential industrial use. Therefore we define the characteristics for the construction of a novel X-band rectangular waveguide pre-bunched free electron maser (PFEM). Our device operates at 10 GHz and employs two rectangular waveguide cavities (one for velocity modulation and the other for energy extraction). The electron beam used in this experiment is produced by thermionic electron gun which can operate at 3 kV and up to 5 mA. The resonant cavity consists of a thin gap section of height 1.5 mm which reduces the beam energy required for beam wave interaction. The prototype design, engineering and construction process are reported in this paper.

show abstract

Analysis of Output Power Delay in Coaxial Vircator

Cited by 3 publications

References 20 publications

The Experimental Results of a Low Power X-Band Free Electron Maser by Electron Pre-Bunching

The Experimental Results of a Low Power X-Band Free Electron Maser by Electron Pre-Bunching

Prototype Design of Compact and Tuneable X-Band Pre-Bunched Free Electron Maser

The Engineering and Construction of a Pre-Bunched Free Electron Maser

Contact Info

Product

Resources

About