A system for analyzing radiochemical purity of an eluate produced from a generator is provided. The system has an elution detector made of a shielding metal. The elution detector houses a flow path template for flow of an eluate solution and an elutable isotope contained in the generator, and a monitoring device for simultaneously monitoring the generator and the eluate exiting the generator. The generator is a Technetium-99m (Tc-99m) generator, and the elutable isotope may be contained in a packed bed of a column in the Tc-99m generator. A method for analyzing radiochemical purity of eluate produced from a Technetium-99m (Tc-99m) generator or column is also provided.

A system for analyzing radiochemical purity of an eluate produced from a generator is provided. The system has an elution detector made of a shielding metal. The elution detector houses a flow path template for flow of an eluate solution and an elutable isotope contained in the generator, and a monitoring device for simultaneously monitoring the generator and the eluate exiting the generator. The generator is a Technetium-99m (Tc-99m) generator, and the elutable isotope may be contained in a packed bed of a column in the Tc-99m generator. A method for analyzing radiochemical purity of eluate produced from a Technetium-99m (Tc-99m) generator or column is also provided.

An X-ray tomosynthesis apparatus accurately extracts a region of a small high absorber in a subject on 2D measurement projection data. When pieces of the 2D measurement projection data for each of a plurality of projection angles are arranged in a projection angle direction, the 2D measurement projection data is shifted in a 2D plane so that part or all of a range of a high absorber region included in the 2D measurement projection data overlaps at least a range of the high absorber region included in 2D measurement projection data at an adjacent projection angle in an in-plane direction of the 2D plane. The 2D measurement projection data for each of the plurality of projection angles after shifting is arranged in the projection angle direction to obtain 3D measurement projection data, and a 3D region is obtained from a first start point by a region expansion process.

The present invention relates to an apparatus and a method for inspecting battery cells for automation of total inspection. To this end, the present invention is configured such that test objects are sequentially stacked on a test object casing provided on an upper portion of a mounting stage of a main stage, images of the test objects are obtained by radiography after the test object casing is moved to a test object inspection unit, and the test objects stacked on the test object casing are unloaded to the outside after the images are obtained. Accordingly, the present invention enables total inspection to be performed on battery cells, which are the test objects, in order to quickly divide good and defective products, and solves a delay of a flow rate caused by X-ray inspection of the test object inspection unit in order to improve productivity and efficiency.

A tomographic imaging system and a connection assembly thereof are disclosed. The connection assembly includes a carrying platform and a holding bed. The carrying platform includes a rotatable component, a first circuit board and a connecting component. The rotatable component has a first end coupled to a rotor and rotates relative to the first circuit board and the connecting component. The holding bed includes a holding component, a bearing, and a second circuit board. The holding component includes an engaging portion and a holding portion. The second circuit board is coupled to the holding component through the bearing. The engaging portion is detachably connected to the second end of the rotatable component, and the second conductive terminals of the second circuit board abut against the first conductive terminals of the first circuit board to achieve an electric connection, so as to identify the holding bed.

A top load device for disinfecting a container, such as a security bin for use in an airport, the device configured to store a stack of contaminated containers, wherein the device separates and releases a single container into an interior of a housing for disinfection. The housing comprises a conveyor that moves the container through the interior of the housing from an initial location to an exit of the housing, wherein the container is disinfected or sanitized with electromagnetic wavelength as it moves through the interior of the housing.

An electron source emits an electron beam. The electron beam is received by a beam limiting assembly. The beam limiting assembly has a first beam limiting aperture with a first diameter and a second beam limiting aperture with a second diameter larger than the first diameter. The first beam limiting aperture receives the electron beam. This beam limiting assembly reduces the influence of Coulomb interactions.

An electron source emits an electron beam. The electron beam is received by a beam limiting assembly. The beam limiting assembly has a first beam limiting aperture with a first diameter and a second beam limiting aperture with a second diameter larger than the first diameter. The first beam limiting aperture receives the electron beam. This beam limiting assembly reduces the influence of Coulomb interactions.

The present disclosure relates to methods and kits for detecting SARS-CoV-2 virus in a patient. For example, a method is disclosed that includes contacting at least a portion of a diluted saliva sample, the diluted saliva sample including a saliva sample from a patient and a saline solution, with a radiolabeled SARS-CoV-2-targeted antibody to form a first solution that includes target bound antibody and unbound antibody; separating at least a portion of the target bound antibody from the unbound antibody in the first solution to form a separated target bound antibody solution; and detecting a radiation level in the separated target bound antibody sample indicating the presence of the target bound antibody in the separated target bound antibody sample.

The present disclosure relates to methods and kits for detecting SARS-CoV-2 virus in a patient. For example, a method is disclosed that includes contacting at least a portion of a diluted saliva sample, the diluted saliva sample including a saliva sample from a patient and a saline solution, with a radiolabeled SARS-CoV-2-targeted antibody to form a first solution that includes target bound antibody and unbound antibody; separating at least a portion of the target bound antibody from the unbound antibody in the first solution to form a separated target bound antibody solution; and detecting a radiation level in the separated target bound antibody sample indicating the presence of the target bound antibody in the separated target bound antibody sample.