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Possibility of Mass Separation Utilizing Multiple Nuclear Scattering at High Energy

N. N. Biswas

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Abstract

It is found that the dispersion of a beam of high-energy particles in passing through a medium is dominated by multiple nuclear scattering and is mass-dependent. This leads to the possibility of mass separation of a momentum-analyzed beam of charged particles. The feasibility of such a separation is discussed.

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What this paper is about

It is found that the dispersion of a beam of high-energy particles in passing through a medium is dominated by multiple nuclear scattering and is mass-dependent. This leads to the possibility of mass separation of a momentum-analyzed beam of charged particles. The feasibility of such a separation is discussed.

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Available abstract

It is found that the dispersion of a beam of high-energy particles in passing through a medium is dominated by multiple nuclear scattering and is mass-dependent. This leads to the possibility of mass separation of a momentum-analyzed beam of charged particles. The feasibility of such a separation is discussed.

Key concepts: Nuclear physics, Scattering, Separation (statistics), Physics, Energy (signal processing), Atomic physics, Materials science, Optics

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