GPU-accelerated three-dimensional reconstruction method of the Compton camera and its application in radionuclide imaging

Boron neutron capture therapy (BNCT) is a high-dose-intensive radiation therapy that has gained popularity due to advancements in accelerator neutron sources. To determine the dose for BNCT, it is necessary to know the difficult-to-determine boron concentration and neutron fluence. To estimate this dose, we propose a method of measuring the prompt γ-rays (PGs) from the boron neutron capture reaction (BNCR) using a Compton camera. We performed a fundamental experiment to verify basic imaging performance and the ability to discern the PGs from 511 keV annihilation γ-rays. A Si/CdTe Compton camera was used to image the BNCR and showed an energy peak of 478 keV PGs, separate from the annihilation γ-ray peak. The Compton camera could visualize the boron target with low neutron intensity and high boron concentration. This study experimentally confirms the ability of Si/CdTe Compton cameras to image BNCRs.

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GPU-accelerated three-dimensional reconstruction method of the Compton camera and its application in radionuclide imaging

Cited by 4 publications

References 52 publications

Development and preliminary results of a large-pixel two-layer LaBr3 Compton camera prototype

Development and preliminary results of a large-pixel two-layer LaBr3 Compton camera prototype

Automatic spectrum recognition system for charge state analysis in electron cyclotron resonance ion sources

Experimental study on Compton camera for boron neutron capture therapy applications

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