Detectors for next-generation quasi-free scattering experiments

Junki Tanaka; Martha Liliana Cortés; Hongna Liu; Ryo Taniuchi

Detectors for next-generation quasi-free scattering experiments

Junki Tanaka, Martha Liliana Cortés, Hongna Liu, Ryo Taniuchi

Physics

Research output: Working paper › Preprint

Abstract

Quasi-free scattering of atomic nuclei away from the stability line has reached several milestones over the past decade. The advent of gamma, charged particles, and neutron detection devices for inverse kinematics, especially in combination with RI beams, has opened new horizons in nuclear physics. Research is progressing with detection devices optimized to explore these new and challenging area of physics. While some of the new detection developments aim for high energy and angular resolution, others focus on the increasing detection efficiency or enhancing large angular acceptance. As high-intensity RI beams become available worldwide, we reflect on past detectors and provide a review of the future development of the detection devices.

Original language	English
Publication status	Published - 23 Dec 2024

Bibliographical note

Contribution to review article collection for the Symposium "Direct reaction and spectroscopy with hydrogen targets: past 10 years at the RIBF and future prospects". to be submitted to PTEP

Keywords

physics.ins-det
nucl-ex

Access to Document

2412.17887v1

Cite this

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abstract = " Quasi-free scattering of atomic nuclei away from the stability line has reached several milestones over the past decade. The advent of gamma, charged particles, and neutron detection devices for inverse kinematics, especially in combination with RI beams, has opened new horizons in nuclear physics. Research is progressing with detection devices optimized to explore these new and challenging area of physics. While some of the new detection developments aim for high energy and angular resolution, others focus on the increasing detection efficiency or enhancing large angular acceptance. As high-intensity RI beams become available worldwide, we reflect on past detectors and provide a review of the future development of the detection devices. ",

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N2 - Quasi-free scattering of atomic nuclei away from the stability line has reached several milestones over the past decade. The advent of gamma, charged particles, and neutron detection devices for inverse kinematics, especially in combination with RI beams, has opened new horizons in nuclear physics. Research is progressing with detection devices optimized to explore these new and challenging area of physics. While some of the new detection developments aim for high energy and angular resolution, others focus on the increasing detection efficiency or enhancing large angular acceptance. As high-intensity RI beams become available worldwide, we reflect on past detectors and provide a review of the future development of the detection devices.

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