초록 ▼

A radiation detector has a photodiode arrangement, a number of scintillators, and a reflector part having a number of compartments corresponding to the number of scintillators, which receive the scintillators in such a way that the scintillators are surrounded by walls of the compartments with the e

A radiation detector has a photodiode arrangement, a number of scintillators, and a reflector part having a number of compartments corresponding to the number of scintillators, which receive the scintillators in such a way that the scintillators are surrounded by walls of the compartments with the exception of their side respectively facing the photodiode arrangement.

대표청구항 ▼

1. A radiation detector comprising:a plurality of scintillators which emit light when penetrating radiation is incident thereon; a photodiode arrangement comprising a plurality of photodiodes disposed to detect light emitted by said plurality of scintillators, each of said scintillators in said plur

1. A radiation detector comprising:a plurality of scintillators which emit light when penetrating radiation is incident thereon; a photodiode arrangement comprising a plurality of photodiodes disposed to detect light emitted by said plurality of scintillators, each of said scintillators in said plurality of scintillators having a side facing said photodiode arrangement; and a reflector part, formed separately as a one-piece unit composed of plastic, said plastic containing an optimally reflective filler, said reflector part reflecting said light and having a plurality of compartments equal to said plurality of scintillators, said scintillators in said plurality of said scintillators being respectively disposed in said compartments and, in said compartments, being surrounded by walls of said compartments on all sides except said side facing said photodiode arrangement. 2. A radiation detector as claimed in claim 1 wherein said reflector part and said compartments of said reflector part are disposed relative to said photodiode arrangement so that one scintillator in said plurality of scintillators is disposed opposite one photodiode of said photodiode arrangement.3. A radiation detector as claimed in claim 1 comprising adhesive bonding fixing the respective scintillators in said compartments.4. A radiation detector as claimed in claim 1 wherein said reflector part is seamless.5. A radiation detector as claimed in claim 1 wherein said reflector part is an injection-molded part.6. A radiation detector as claimed in claim 1 wherein said reflector part is a die-cast part.7. A radiation detector as claimed in claim 1 further comprising centering elements disposed on said reflector part and said photodiode arrangement which interact with each other to maintain said scintillators in said plurality of scintillators at respective positions relative to said photodiodes in said photodiode arrangement.8. A radiation detector as claimed in claim 1 further comprising a scattered radiation collimator having collimator plates disposed in front of said reflector part.9. A radiation detector as claimed in claim 8 wherein said reflector part and said scattered radiation collimator have respective centering elements which interact with each other to maintain said collimator plates of said scattered radiation collimator aligned with said walls of said reflector part which form said compartments in which the respective scintillators are disposed.10. A radiation detector as claimed in claim 1 wherein said plurality of scintillators, said photodiode arrangement and said reflector part comprise a first module, and wherein said radiation detector comprises a plurality of additional modules, identical to said first module, disposed adjacent to each other.11. A radiation detector as claimed in claim 10 further comprising a plurality of scattered radiation collimators respectively disposed in front of each of said first module and said plurality of additional modules.