摘要:
A method is proposed for producing an anti-scatter grid or collimator for a radiation type, which is formed from at least one base body of prescribable geometry having transmission channels or slits for primary radiation of the radiation type which extend between two opposite surfaces of the base body. The base body is formed from a structural material that strongly absorbs the radiation type, either using the injection molding technique or by way of the technique of stereolithography. The method can be used to produce an anti-scatter grid or collimator with high accuracy and with the aid of only a few steps.
摘要:
An adapter is disclosed for a detector including a plurality of detector modules. A method is further disclosed for carrying out faultfinding on the detector including such an adapter. It is possible for an electrical cross-connection to be produced between at least one first detector module and a second slot on a printed circuit board, and between a second detector module and a first slot of the printed circuit board by use of the adapter. The adapter makes possible simple and rapid faultfinding of a defective component of the detector by way of a first and a second measurement, in which measurements a position of the faulty output signal is determined.
摘要:
A method is proposed for producing an anti-scatter grid or collimator for a radiation type, which is formed from at least one base body of prescribable geometry having transmission channels or slits for primary radiation of the radiation type which extend between two opposite surfaces of the base body. The base body is formed from a structural material that strongly absorbs the radiation type, either using the injection molding technique or by way of the technique of stereolithography. The method can be used to produce an anti-scatter grid or collimator with high accuracy and with the aid of only a few steps.