Imaging Multi-Energy Gamma Ray Fields with a Compton Scatter Camera

J. B. Martin; J. E. Gormley; D. K. Wehe; G. F. Knolla; N. Dogan; M. O'Donnell

doi:10.1109/23.322851

Imaging Multi-Energy Gamma Ray Fields with a Compton Scatter Camera

J. B. Martin, J. E. Gormley, D. K. Wehe, G. F. Knolla, N. Dogan, M. O'Donnell

Research output: Contribution to journal › Article › peer-review

28 Scopus citations

Abstract

Multi-energy Gamma Ray fields have been imaged with a ring Compton scatter camera (RCC). The RCC is intended for industrial applications, where there is a need to image multiple Gamma Ray lines from spatially extended sources. To our knowledge, the ability of a Compton scatter camera to perform this task had not previously been demonstrated. Gamma rays with different incident energies are distinguished based on the total energy deposited in the camera elements. For multiple Gamma Ray lines, separate images are generated for each line energy. Random coincidences and other interfering interactions have been investigated. Camera response has been characterized for energies from 0.511 to 2.75 MeV. Different Gamma Ray lines from extended sources have been measured and images reconstructed using both direct and iterative algorithms.

Original language	English (US)
Pages (from-to)	1019-1025
Number of pages	7
Journal	IEEE Transactions on Nuclear Science
Volume	41
Issue number	4
DOIs	https://doi.org/10.1109/23.322851
State	Published - Aug 1994
Externally published	Yes

ASJC Scopus subject areas

Nuclear and High Energy Physics
Nuclear Energy and Engineering
Electrical and Electronic Engineering

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title = "Imaging Multi-Energy Gamma Ray Fields with a Compton Scatter Camera",

abstract = "Multi-energy Gamma Ray fields have been imaged with a ring Compton scatter camera (RCC). The RCC is intended for industrial applications, where there is a need to image multiple Gamma Ray lines from spatially extended sources. To our knowledge, the ability of a Compton scatter camera to perform this task had not previously been demonstrated. Gamma rays with different incident energies are distinguished based on the total energy deposited in the camera elements. For multiple Gamma Ray lines, separate images are generated for each line energy. Random coincidences and other interfering interactions have been investigated. Camera response has been characterized for energies from 0.511 to 2.75 MeV. Different Gamma Ray lines from extended sources have been measured and images reconstructed using both direct and iterative algorithms.",

author = "Martin, {J. B.} and Gormley, {J. E.} and Wehe, {D. K.} and Knolla, {G. F.} and N. Dogan and M. O'Donnell",

note = "Funding Information: Fig. I. Photograph of the ring Compton scatter camera *This work supported in part under DOE Grant DE-FG02-85ER12932. viewed from the front. 0018-9499/94$04.00 0 1994 IEEE",

year = "1994",

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language = "English (US)",

volume = "41",

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AU - Gormley, J. E.

AU - Wehe, D. K.

AU - Knolla, G. F.

AU - Dogan, N.

AU - O'Donnell, M.

N1 - Funding Information: Fig. I. Photograph of the ring Compton scatter camera *This work supported in part under DOE Grant DE-FG02-85ER12932. viewed from the front. 0018-9499/94$04.00 0 1994 IEEE

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N2 - Multi-energy Gamma Ray fields have been imaged with a ring Compton scatter camera (RCC). The RCC is intended for industrial applications, where there is a need to image multiple Gamma Ray lines from spatially extended sources. To our knowledge, the ability of a Compton scatter camera to perform this task had not previously been demonstrated. Gamma rays with different incident energies are distinguished based on the total energy deposited in the camera elements. For multiple Gamma Ray lines, separate images are generated for each line energy. Random coincidences and other interfering interactions have been investigated. Camera response has been characterized for energies from 0.511 to 2.75 MeV. Different Gamma Ray lines from extended sources have been measured and images reconstructed using both direct and iterative algorithms.

AB - Multi-energy Gamma Ray fields have been imaged with a ring Compton scatter camera (RCC). The RCC is intended for industrial applications, where there is a need to image multiple Gamma Ray lines from spatially extended sources. To our knowledge, the ability of a Compton scatter camera to perform this task had not previously been demonstrated. Gamma rays with different incident energies are distinguished based on the total energy deposited in the camera elements. For multiple Gamma Ray lines, separate images are generated for each line energy. Random coincidences and other interfering interactions have been investigated. Camera response has been characterized for energies from 0.511 to 2.75 MeV. Different Gamma Ray lines from extended sources have been measured and images reconstructed using both direct and iterative algorithms.

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Imaging Multi-Energy Gamma Ray Fields with a Compton Scatter Camera

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