7 results about "Czt detector" patented technology

Fission reactions within a molten salt reactor may produce gaseous fission products. These fission products may be removed through a variety of methods. However, proper removal of such fission products requires a thorough understanding of the proportion of gaseous space to fluid space within the component being interrogated, known as the void fraction. The present invention provides a means for determining the void fraction within such a component utilizing an enrich cadmium zinc telluride detector to produce collimated radiation data. The collimated radiation data may then be used to compute a mean void fraction across the domain being interrogated.

This invention relates to the field of radionuclide detection technology, and more particularly to a portable nuclide identification system based on an array-type CZT detector. The system includes a detector bias high-voltage establishment module, a raw energy spectrum acquisition module, a high-voltage power failure emergency protection module, an analysis thread module, and an energy spectrum UI display module. It achieves uniform high-voltage rise and fall and precise voltage stabilization through PID control, providing a reliable bias for the CZT detector. Simultaneously, it combines an array-type CZT detector with a dedicated ASIC readout circuit to complete high-precision conversion of gamma-ray energy and data verification and transmission. It also accumulates and stores energy spectrum data in real time and enables seamless power switching and soft-voltage shutdown, ensuring hardware, software, and data security. The analysis thread module performs preprocessing, peak fitting, intelligent disassembly of overlapping peaks, and branch ratio verification to complete qualitative identification of nuclides and quantitative analysis of activity concentration. Furthermore, it achieves smooth energy spectrum display through LTTB algorithm downsampling and supports touchscreen interaction and real-time nuclide information annotation.

The utility model discloses a CZT detector test angle response measuring device, which relates to the technical field of semiconductor testing and comprises a base, a fixing mechanism, a measuring cover, a driving mechanism and a plurality of radioactive sources. The fixing mechanism is installed on the base and used for fixing a to-be-tested piece. The measuring cover is hemispherical, is rotationally mounted on the base and is used for covering the fixing mechanism; a plurality of placing holes are formed in the measuring cover and are used for installing radioactive sources in a one-to-one correspondence manner; the driving mechanism is installed on the base, connected with the measuring cover and used for driving the measuring cover to rotate. By means of the design, testing at different angles is achieved, the testing efficiency is improved, and meanwhile comparison parameters of multiple angles can be measured through one device.

Fission reactions within a molten salt reactor may produce gaseous fission products. These fission products may be removed through a variety of methods. However, proper removal of such fission products requires a thorough understanding of the proportion of gaseous space to fluid space within the component being interrogated, known as the void fraction. The present invention provides a means for determining the void fraction within such a component utilizing an enrich cadmium zinc telluride detector to produce collimated radiation data. The collimated radiation data may then be used to compute a mean void fraction across the domain being interrogated.

The application discloses a kind of orthogonal strip CZT detector module and method for particle therapy range and dose monitoring, orthogonal strip CZT detector module includes orthogonal strip CZT detector, signal front-end electronics circuit, channel compression circuit;Anode electrode and cathode electrode in orthogonal strip CZT detector are long strip and mutually orthogonal setting;Channel compression circuit reduces the channel number of signal output.According to user demand, the present application can realize the switching of single probe measurement mode and coincidence measurement mode, the method for monitoring the secondary particle intensity generated by the interaction of primary beam particles and human tissue in particle beam therapy field, the position and dose of particle primary beam irradiation target body or human body are calculated by secondary particle counting rule, so as to realize the monitoring of particle beam range and dose, the present application reduces the channel number of readout electronics and reduces the complexity of data acquisition, modular design meets the characteristics of economy and miniaturization.

The real-time detection system comprises a coal transmission device based on communication connection, an X-ray light source, a CZT type detector, a DCS data processing module, a coal quality database module, an online calculation module and a real-time display module. The on-line calculation module stores a neural network-based coal quality component calculation program and a parameter library, coal quality is processed and analyzed by using DCS data, detection data and coal quality database information, real-time calculation and classified prediction of coal quality components are realized, and the real-time display module displays coal quality component data in real time. According to the invention, the flow and component information of the coal entering the furnace can be obtained and calculated on line, and can be displayed in real time in an imaging manner.

The invention discloses an orthogonal strip-shaped CZT detector module and method for particle therapy range and dose monitoring. The orthogonal strip-shaped CZT detector module comprises an orthogonal strip-shaped CZT detector, a signal front-end electronics circuit and a channel compression circuit. An anode electrode and a cathode electrode in the orthogonal strip-shaped CZT detector are strip-shaped and are arranged in an orthogonal manner; the channel compression circuit reduces the number of channels for signal output. According to user requirements, switching between a single-probe measurement mode and a coincidence measurement mode can be achieved, and the position and dosage of a target body or a human body irradiated by a particle main beam are calculated according to a secondary particle counting rule by monitoring the intensity of secondary particles generated by interaction of the main beam particles and human tissue in a particle beam treatment site. According to the invention, the number of readout electronics channels is reduced, the complexity of data acquisition is reduced, and the modular design meets the requirements of economical efficiency and miniaturization.