Radio-Frequency Quadrupole Vane-Tip Geometries

Crandall, K.R.; Mills, R.S.; Wangler, T.P.

doi:10.1109/tns.1983.4336723

Cited by 5 publications

(2 citation statements)

References 1 publication

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“…The RFQ electrode geometry is the most vital component to fulfill the beam transmission, control the peak surface electric field and facilitate the machining process [13]. By applying modulations on the electrodes, the RFQ has the ability to accept a dc beam from the ion source, bunch it with high efficiency and accelerate it to high energy.…”

Section: Trapezoidal Modulation Electrodes 21 Rfq Electrode Profilesmentioning

confidence: 99%

Novel deuteron RFQ design with trapezoidal electrodes and double dipole four-vane structure

Wang

et al. 2020

J. Inst.

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Section: Trapezoidal Modulation Electrodes 21 Rfq Electrode Profilesmentioning

confidence: 99%

Novel deuteron RFQ design with trapezoidal electrodes and double dipole four-vane structure

Wang

et al. 2020

J. Inst.

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“…As input we have given the cell parameters (aperture, vane voltage, synchronous phase, focusing factor) for each cell in a prescribed table form as well as external vane file tallying with the cell parameters. With the optimized cell parameters as described in previous section, the entire cell table as well as the vane file has been calculated using the formalisms described in references [17][18][19] for the regular as well as the end cells. DC beam with a 4D waterbag distribution have been tracked using TOUTATIS with input cell and vane table.…”

Section: Beam Dynamics Simulation 31 Toutatismentioning

confidence: 99%

Physics design of rod type proton Radio Frequency Quadrupole linac

et al. 2017

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A Radio Frequency Quadrupole (RFQ) linac delivering 800 keV, 5 mA protons has been designed. It is envisaged as first injector of the proton driver that will be used for production of proton-rich radioactive beams in the proposed ANURIB facility. The option of rod-type structure at frequency of 80 MHz has been chosen owing to ease of mechanical fabrications and to avoid detrimental nearby dipole modes present in vane type structure. Optimization of parameters has been carried out for a viable length and power of RFQ in order to avoid any infrastructural complexity. Conventional method of keeping focusing factor and vane voltage constant along the length of RFQ has been adopted. Results of detailed beam dynamics and RF structure design, space charge induced effects and corroborative particle tracking with realistic 3D fields of modulated vane has been presented.

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Effects of higher order multipole fields on high current RFQ accelerator design

McMichael

Chidley

Computing in Accelerator Design and Operation

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Radio-Frequency Quadrupole Vane-Tip Geometries

Abstract: Ihiq lc~wl

Cited by 5 publications

References 1 publication

Novel deuteron RFQ design with trapezoidal electrodes and double dipole four-vane structure

Novel deuteron RFQ design with trapezoidal electrodes and double dipole four-vane structure

Physics design of rod type proton Radio Frequency Quadrupole linac

Effects of higher order multipole fields on high current RFQ accelerator design

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