Patent Number: 
Section: claims

1. An apparatus comprising:a detection system comprising:a plurality of detectors, each detector being configured to detect radiation scattered by an associated respective portion of a load to inspect, the radiation being scattered in response to the respective portion being irradiated by radiation transmitted through the portion,a selection device configured to, for each detector of the plurality of detectors:enable radiation scattered by the respective portion of the load to reach the associated detector of the plurality of detectors, andinhibit other scattered radiation from reaching the associated detector; andan analyser configured to process data associated with the plurality of detectors of the detection system, wherein the data comprises at least one type of data taken from the list comprising:current data associated with a current zone of the load emitting scattered radiation, to take into account at least one property of other zones of the load, andcurrent data associated with a current respective portion of the load emitting scattered radiation, to take into account at least one characteristic of portions of the load taken from the list comprising:at least one property of other portions in a plane parallel to a direction of transmission of radiation; anda distance of the portion from the source of radiation. 2. The apparatus according to claim 1, comprising:at least a pair of detection systems, each pair comprising a detection system located on either side of an axis, and wherein the analyser is configured to determine a position of a scattering object in the load, in a direction perpendicular to the axis, using at least one type of signals taken from the list comprising a ratio and a difference of signals associated with each detection system of the pair. 3. The apparatus according to claim 1, wherein dimensions of the the selection device is based on at least one dimension taken from the list comprising:dimensions of the load to inspect; anda distance between the load to inspect and the plurality of detectors. 4. The apparatus according to claim 1, wherein dimensions of the plurality of detectors are based on at least one dimension taken from the list comprising:dimensions of the load to inspect; anda distance between the load to inspect and the plurality of detectors. 5. The apparatus according to claim 2, wherein the plurality of detectors comprises a matrix of detectors. 6. The apparatus of claim 5, wherein the matrix of detectors has a ratio of dimensions based on a ratio of dimensions of the load. 7. The apparatus according to claim 1, wherein the detection system defines a main direction of detection,the main direction of detection forming an angle with respect to a direction of inspection of the load, andthe system being positioned at a distance from the direction of inspection of the load. 8. The apparatus according to claim 7, wherein the plurality detectors of the detection system has a trapezoid shape based on:the angle of the main direction of detection with respect to the direction of inspection of the load, andthe distance of the system to the direction of inspection of the load. 9. The apparatus according to claim 1, wherein the other zones comprise zones which have been previously irradiated. 10. The apparatus according to claim 1, wherein the analyser is further configured to process data associated with the detection system, to compensate for a difference in a distance between the detectors of the plurality of detectors to the load, caused by at least one position of the detection system taken from the list comprising:the detection system defining a main direction of detection forming an angle with respect to a direction of inspection of the load, andthe detection system being positioned at a distance from the direction of inspection of the load. 11. The apparatus according to claim 1, wherein the analyser is further configured to estimate a nature of a material of the load, based on at least one characteristic of the scattered radiation taken from the list comprising a detection of a level of scattered radiation and a spectrum of energy of the scattered radiation. 12. The apparatus according to claim 1, wherein the analyser is further configured to compensate for blurring of the final image caused by a movement of the load during inspection. 13. A method of inspection of a load, comprising:selecting radiation scattered by each respective portion of a load to inspect, the radiation being scattered in response to the respective portion being irradiated by radiation transmitted through the portion, the selecting comprising:enabling the radiation scattered by the respective portion to reach an associated detector of a plurality of detectors, andinhibiting other scattered radiation from reaching the associated detector;detecting, on each detector of the plurality of detectors, the radiation scattered by the associated respective portion of the load; andprocessing data associated with the plurality of detectors of the detection system, wherein the data comprises at least one type of data taken from the list comprising:current data associated with a current zone of the load emitting scattered radiation, to take into account at least one property of other zones of the load, andcurrent data associated with a current respective portion of the load emitting scattered radiation, to take into account at least one characteristic of portions of the load taken from the list comprising:at least one property of other portions in a plane parallel to a direction of transmission of radiation; anda distance of the portion from the source of radiation. 14. The method of claim 13, wherein generating the image of the load comprises at least one of:generating a 2D image and a 3D image of the load. 15. The method according to claim 13, further comprising:determining a position of a scattering object in the load, in a direction perpendicular to an axis, using at least one of a ratio and a difference of signals associated with each detection system of at least a pair of detection systems, each pair comprising a detection system located on either side of the axis with respect to the other detection system of the pair, with respect to the axis. 16. A non-transitory computer program product comprising program instructions to program a processor to provide an apparatus comprising:a detection system comprising:a plurality of detectors, each detector being configured to detect radiation scattered by an associated respective portion of a load to inspect, the radiation being scattered in response to the respective portion being irradiated by radiation transmitted through the portion,a selection device configured to, for each detector of the plurality of detectors:enable radiation scattered by the respective portion of the load to reach the associated detector of the plurality of detectors, andinhibit other scattered radiation from reaching the associated detector; andan analyser configured to process data associated with the plurality of detectors of the detection system, wherein the data comprises at least one type of data taken from the list comprising:current data associated with a current zone of the load emitting scattered radiation, to take into account at least one property of other zones of the load, andcurrent data associated with a current respective portion of the load emitting scattered radiation, to take into account at least one characteristic of portions of the load taken from the list comprising:at least one property of other portions in a plane parallel to a direction of transmission of radiation; anda distance of the portion from the source of radiation. 17. The apparatus according to claim 1, comprising:at least one detection system comprising one or more detectors comprising two stacked layers of detection, each layer of detection having its own acquisition channel, and wherein the analyser is configured to determine a nature of a scattering object in the load, using at least one of a ratio and a difference of signals associated with each detection layer. 18. The apparatus according to claim 1, wherein the analyser is configured to detect the presence of radioactive gamma emitting material within the load by using the detection system between the pulses of radiation transmitted through the portion. 19. The method according to claim 13, comprising:determining, by the analyser, a nature of a scattering object in the load, using at least one of a ratio and a difference of signals associated with each detection layer of at least one detection system comprising one or more detectors comprising two stacked layers of detection, each layer of detection having its own acquisition channel. 20. The method according to claim 13, comprising the analyser detecting the presence of radioactive gamma emitting material within the load by using the detection system between the pulses of radiation transmitted through the portion.