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We present the first results of a fast neutron tracker based on a silicon voxel detector combined with a plastic scintillators. The concept of the voxel detector is based on a multilayer structure composed of stacked Timepix devices forming a 3D matrix of sensitive elements - voxels. Such voxel detector maintains compact size while having greatly improved detection efficiency and tracking capabilities...
The Timepix is a semiconductor pixelated detector that measures charge collected in each of its 256×256 pixels (55 μm pitch). Therefore, it is capable of measuring the energy and position of incoming radiation quanta at the same time. We are developing a spectroscopy and radiography technique for fast-neutrons based on the tracking of recoiled protons. The detector combines a Timepix device with a...
The imaging semiconductor pixel detector Timepix allows the charge collected in each of its 256??256 pixels (55 ??m pitch) to be measured. This feature makes it suitable for applications where the energy and position of incoming radiation needs to be determined. We are developing a fast neutron spectroscopy and radiography technique that is based on tracking protons recoiled by fast neutrons. The...
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