An ion source upgrade for an axial injection based commercial cyclotron

Dehnel, Morgan; Stewart, T.; Roeder, M.; Du, Ke

doi:10.1016/j.nimb.2005.07.147

Cited by 6 publications

(1 citation statement)

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“…D-Pace is planning on advancing its high current technologies and some of the more specialized developments for commercial cyclotron ion sources and injection systems to improve beam quality, emittance, injection matching, reliability, and higher currents. [2][3][4] Extending filament lifetime and minimizing content level of impurity are additional research interests that could be explored in this facility. Also, it provides a way for D-Pace to thoroughly test its regular commercial ion source products at its own facility before shipping them to customers.…”

Section: Facility Usagementioning

confidence: 99%

An ion source research facility

Roeder

Dehnel

Jackle

et al. 2008

Review of Scientific Instruments

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As an ion source developer, D-Pace frequently faces the issue of needing access to a research facility to be able to test equipment or to develop our existing technology further. The closest facility to perform such tasks is hundreds of kilometers away, at TRIUMF, and it is not always feasible to make use of it on a timely basis. With a growing demand and a desire to enhance our products, the idea to create an ion source research facility in our region evolved. In this paper, we will discuss the approach that was chosen to reach our goal, the status of the project, the principle layout of the facility, and the different ways this facility could be utilized.

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Section: Facility Usagementioning

confidence: 99%

An ion source research facility

Roeder

Dehnel

Jackle

et al. 2008

Review of Scientific Instruments

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Numerical Simulation of a Multi-Cusp Ion Source for High Current H- Cyclotron at RISP

Kim¹

2015

Physics Procedia

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Performance optimization of H− multicusp ion source for KIRAMS-30 cyclotron

Kang

Chang

et al. 2008

Review of Scientific Instruments

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KIRAMS-30 cyclotron has been developed and implemented for radio isotope production. For the purpose of producing negative hydrogen ions and low energy beam injection to the central region of KIRAMS-30, 10 mA H(-) multicusp ion source with beam kinetic energies in the 20-30 keV range and the normalized 4 rms emittance less than 1 mm mrad was installed. The optimized ion source operating condition is presented and the correlation between the extracted beam current and ion source parameters is described for the performance enhancement of the ion source.

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An ion source upgrade for an axial injection based commercial cyclotron

Cited by 6 publications

References 1 publication

An ion source research facility

An ion source research facility

Numerical Simulation of a Multi-Cusp Ion Source for High Current H- Cyclotron at RISP

Performance optimization of H− multicusp ion source for KIRAMS-30 cyclotron

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