Looking for info on the Betatron nuclear trigger from the early 1950s

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SUMMARY

The Betatron nuclear trigger, developed in the early 1950s, utilized a toroidal accelerator to generate an electron beam that impacted a Beryllium target. Key references include "Excitation Function for the Photodisintegration of Beryllium" by R. Nathans and J. Halpern (Phys. Rev. 92, 940, 1953) and "Detection of Fissioning Materials Using a Neutron Source Based on a Compact Betatron" by V. M. Golovkov et al. (Atomic Energy, 2004). The latter study details the detection capabilities of a compact betatron neutron source, achieving a 235U detection limit of 40 mg with potential improvements to 3 mg with enhanced configurations.

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  • Understanding of Betatron technology and its applications in nuclear physics
  • Familiarity with photodisintegration processes involving Beryllium
  • Knowledge of neutron detection methods and their sensitivity metrics
  • Basic principles of nuclear fission and fissile materials
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  • Research the principles of Betatron operation and design
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Physicists, nuclear engineers, and researchers in the field of nuclear detection technologies will benefit from this discussion, particularly those focusing on historical and contemporary applications of Betatron technology.

cormsby
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A colleague (PhD Physics, no weapons experience) asked me (MA Physics, with DoD work experience) about the Betatron nuclear trigger in the early Fifties. I know it used a toroidal accelerator to produce an electron beam impacting a Beryllium target, but I don't remember (and cannot find) any further details. Any ideas/sources?
 
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I found these two:​

Excitation Function for the Photodisintegration of Beryllium​

R. Nathans and J. Halpern​

Phys. Rev. 92, 940 – Published 15 November 1953​

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Detection of Fissioning Materials Using a Neutron Source Based on a Compact Betatron​



Atomic Energy volume 96, pages 127–132 (2004)Cite this article

Abstract​

The possibility of using a neutron source based on a 10 MeV compact betatron and 1 kg heavy water or 3.3 kg beryllium in the betratron bremsstrahlung beam is investigated. The 235U detection limit in a 358 mm in diameter and 782 mm high container with probability 0.997 in an experimental apparatus with one epithermal-neutron detector is 40 mg with exposure 10 min. Increasing the mass of the neutron target to 10 kg heavy water and the number of neutron counters to 25 could decrease the 235U detection limit to 3 mg. A neutron detector based on a compact betatron can be expected to give 235U detection sensitivity 10–8 g/g.
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