Multi-source third generation computed tomography for industrial multiphase flows applications

Multi-source third generation computed tomography for industrial multiphase flows applications

This work describes a multi-source computed tomography. It showed to be a feasible tool to study multiphase systems. In this CT scanner, two different radioactive sources, 192 Ir and 137 Cs, were placed together into a single lead collimated system. The CT is capable to determine and differentiate t...

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Hauptverfasser: de Mesquita, C. H., Vasquez, P. A. S., Calvo, W. A. P., Marcato, L. A., Carvalho, D. V. S., Martins, J. F. T., Hamada, M. M.
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Sprache:eng
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Atomic measurements
Collimators
Detectors
Gears
Steel
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creator de Mesquita, C. H.
Vasquez, P. A. S.
Calvo, W. A. P.
Marcato, L. A.
Carvalho, D. V. S.
Martins, J. F. T.
Hamada, M. M.
description This work describes a multi-source computed tomography. It showed to be a feasible tool to study multiphase systems. In this CT scanner, two different radioactive sources, 192 Ir and 137 Cs, were placed together into a single lead collimated system. The CT is capable to determine and differentiate the attenuation coefficients of materials constituted of three phases (gas, liquid and solid), using two or more different radioisotope energies.
doi_str_mv 10.1109/NSSMIC.2011.6154329
format Conference Proceeding
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subjects Atomic measurements
Collimators
Detectors
Gears
Steel
title Multi-source third generation computed tomography for industrial multiphase flows applications
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