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2006•Nuclear TechniquesRequires access

RFQ accelerators for ion implantation

Chen Jia-Er

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Abstract

RFQ accelerators are very suitable for the ion implantation at the energy level of MeV. They have the advantages such as strong beam current, small size, convenient use, ion source at ground potential and simultaneous acceleration of both positive and negative ions. In the paper, the development, situation and the principle of RFQ accelerators, the structure and performance of 1.0 MeV RFQ accelerator at Peking University and a new type of RFQ-SFRFQ combined accelerator are introduced.

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What this paper is about

RFQ accelerators are very suitable for the ion implantation at the energy level of MeV. They have the advantages such as strong beam current, small size, convenient use, ion source at ground potential and simultaneous acceleration of both positive and negative ions. In the paper, the development, situation and the principle of RFQ accelerators, the structure and performance of 1.0 MeV RFQ accelerator at Peking University and a new type of RFQ-SFRFQ combined accelerator are introduced.

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Available abstract

RFQ accelerators are very suitable for the ion implantation at the energy level of MeV. They have the advantages such as strong beam current, small size, convenient use, ion source at ground potential and simultaneous acceleration of both positive and negative ions. In the paper, the development, situation and the principle of RFQ accelerators, the structure and performance of 1.0 MeV RFQ accelerator at Peking University and a new type of RFQ-SFRFQ combined accelerator are introduced.

Key concepts: Ion, Beam (structure), Acceleration, Particle accelerator, Ion beam, Linear particle accelerator, Physics, Nuclear physics

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