A method to detect and identify 8Be

doi:10.1016/0029-554X(75)90346-8

Nuclear Instruments and Methods

Volume 131, Issue 2, 24 December 1975, Pages 385-386

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Abstract

A detecting system for decaying particles is presented. It consists of two position sensitive surface barrier detectors and has a good efficiency. The angular resolution can be chosen according to the requirements of the experiment. The two particles are detected in coincidence, therefore this system has identifying properties.

References (3)

G.C. Deka et al.
Can. J. Phys.
(1968)

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Cited by (7)

Position-sensitve semiconductor detectors
1979, Nuclear Instruments and Methods
Solid-state radiation detectors for simultaneous determination of charged particle position and energy are reviewed. Particular emphasis is devoted to the operational conditions, which are of importance for the performance of such devices, and examples of distortion and resolution reflecting inherent limitations are given for one- as well as for two-dimensional detectors. Several applications of such detectors are considered, and illustrations of the present status are given with relevant results obtained with various detectors.
Detection of 8Be nuclei from the reaction 16O+ 27Al at 65 MeV
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Reactions in the 9Be+9Be system at low energies
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Nuclear reactions in the 13C+9Be system at CM energies around 11.6 MeV
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Breakup of Be9 in the coulomb field of heavy nuclei
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^☆: Work supported by the Schweizerischer Nationalfonds.

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Nuclear Instruments and Methods

Abstract

References (3)

Can. J. Phys.

Cited by (7)

Position-sensitve semiconductor detectors

Detection of <sup>8</sup>Be nuclei from the reaction <sup>16</sup>O+ <sup>27</sup>Al at 65 MeV

Reactions in the <sup>9</sup>Be+<sup>9</sup>Be system at low energies

Nuclear reactions in the <sup>13</sup>C+<sup>9</sup>Be system at CM energies around 11.6 MeV

Neutron and α-particle transfer processes in the reaction <sup>12</sup>C(<sup>9</sup>Be,<sup>8</sup>Be)<sup>13</sup>C

Breakup of Be9 in the coulomb field of heavy nuclei

Nuclear Instruments and Methods

Letter to the editorA method to detect and identify 8Be☆

Abstract

Can. J. Phys.

Position-sensitve semiconductor detectors

Detection of <sup>8</sup>Be nuclei from the reaction <sup>16</sup>O+ <sup>27</sup>Al at 65 MeV

Reactions in the <sup>9</sup>Be+<sup>9</sup>Be system at low energies

Nuclear reactions in the <sup>13</sup>C+<sup>9</sup>Be system at CM energies around 11.6 MeV

Neutron and α-particle transfer processes in the reaction <sup>12</sup>C(<sup>9</sup>Be,<sup>8</sup>Be)<sup>13</sup>C

Breakup of Be9 in the coulomb field of heavy nuclei

Letter to the editor
A method to detect and identify ⁸Be☆