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A 100-MeV multitank drift tube linac for proton acceleration

G. D’Auria, Carlo Rossi

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Abstract

Following the demand for a proton beam accelerator capable of accepting protons from a RFQ at about 6 MeV and of accelerating them up to 100 MeV, a new MultiTank Drift Tube Linac (MTDTL) structure has been developed and a detailed theoretical study is being carried out to design such a linear accelerator which already shows some important advantages: technological simplicity, compactness, high efficiency, relative low costs.

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What this paper is about

Following the demand for a proton beam accelerator capable of accepting protons from a RFQ at about 6 MeV and of accelerating them up to 100 MeV, a new MultiTank Drift Tube Linac (MTDTL) structure has been developed and a detailed theoretical study is being carried out to design such a linear accelerator which already shows some important advantages: technological simplicity, compactness, high efficiency, relative low costs.

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Available abstract

Following the demand for a proton beam accelerator capable of accepting protons from a RFQ at about 6 MeV and of accelerating them up to 100 MeV, a new MultiTank Drift Tube Linac (MTDTL) structure has been developed and a detailed theoretical study is being carried out to design such a linear accelerator which already shows some important advantages: technological simplicity, compactness, high efficiency, relative low costs.

Key concepts: Linear particle accelerator, Drift tube, Proton, Acceleration, Nuclear physics, Physics, Beam (structure), Particle accelerator

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