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References
1. American National Standards Institute (2013) N323AB: radiation protection instrumentation
test and calibration. ANSI New York City
2. Federal Emergency Management Agency (2017) National incident management system, 3rd
ed. FEMA Washington DC
3. Federation of American Scientists. Weapons of mass destruction: SS-N-12 sandbox. Available
online at https://fas.org/nuke/guide/russia/theater/ss-n-12.htm. Accessed 18 Nov 2020
4. Fetter S, Prilutskii O, Rodionov S (1989) In: Altmann J et al (eds) Passive detection of nuclear
warheads in verification of arms reductions. Springer, Berlin
5. Fetter S, Cochran T, Grodzins H, Zucker M (1990) Gamma-ray measurement of a soviet
cruise-missile warhead. Science 248:828–834
6. Fetter S, Frolov V, Miller M, Mozley R, Prilutsky O, Rodionov S, Sagdeev R. Detecting nuclear
warheads. Sci Glob Secur 1:225–253
7. Stinnett J and Venkataraman R. (2017) Basics of Gamma Ray Detection.
8. Ogawa I (1990) Detection of nuclear warheads by radiation: a brief review. In: Miyajima M,
Sasaki S, Doke T (eds) Nuclear disarmament, safeguards, and physical protection. National
laboratory for high energy physics, Tsukuba, Ibaraki (Japan). Workshop on radiation detectors
and their uses; Tsukuba, Ibaraki (Japan); 30–31 Jan https://inis.iaea.org/search/search.aspx?
orig_q=RN:22067133. Accessed 18 Nov 2020
9. US Government Accountability Office (2009) Combating nuclear smuggling: DHS improved
testing of advanced radiation detection portal monitors, but preliminary results show limits of
the new technology. GAO, Washington DC
10. Zimmerman P, Lewis J (2006) The bomb in the Backyard. Foreign Policy. November/December,
pp 32–39
161
References
1. American National Standards Institute (2013) N323AB: radiation protection instrumentation
test and calibration. ANSI New York City
2. Federal Emergency Management Agency (2017) National incident management system, 3rd
ed. FEMA Washington DC
3. Federation of American Scientists. Weapons of mass destruction: SS-N-12 sandbox. Available
online at https://fas.org/nuke/guide/russia/theater/ss-n-12.htm. Accessed 18 Nov 2020
4. Fetter S, Prilutskii O, Rodionov S (1989) In: Altmann J et al (eds) Passive detection of nuclear
warheads in verification of arms reductions. Springer, Berlin
5. Fetter S, Cochran T, Grodzins H, Zucker M (1990) Gamma-ray measurement of a soviet
cruise-missile warhead. Science 248:828–834
6. Fetter S, Frolov V, Miller M, Mozley R, Prilutsky O, Rodionov S, Sagdeev R. Detecting nuclear
warheads. Sci Glob Secur 1:225–253
7. Stinnett J and Venkataraman R. (2017) Basics of Gamma Ray Detection.
8. Ogawa I (1990) Detection of nuclear warheads by radiation: a brief review. In: Miyajima M,
Sasaki S, Doke T (eds) Nuclear disarmament, safeguards, and physical protection. National
laboratory for high energy physics, Tsukuba, Ibaraki (Japan). Workshop on radiation detectors
and their uses; Tsukuba, Ibaraki (Japan); 30–31 Jan https://inis.iaea.org/search/search.aspx?
orig_q=RN:22067133. Accessed 18 Nov 2020
9. US Government Accountability Office (2009) Combating nuclear smuggling: DHS improved
testing of advanced radiation detection portal monitors, but preliminary results show limits of
the new technology. GAO, Washington DC
10. Zimmerman P, Lewis J (2006) The bomb in the Backyard. Foreign Policy. November/December,
pp 32–39