DosimulationThe radiation protection training simulation system provides a realistic real-time operational training tool for trainers to conduct radiation protection training. Trainers can monitor, intervene in the operation process in real-time, and obtain feedback.

DosimulationAllow trainers to define a virtual radiation environment in a facility, set up simulated radiation hotspots, radiation types, and radiation areas, and define their radiation intensity.

DosimulationAutomatically calculate the radiation exposure corresponding to each defined location and establish a mapping between the real-time location of the worker and the simulated radiation dose received. During the training process, trainers can also dynamically change the virtual radiation environment, such as radiation sources, radiation source intensity, etc., to reflect the behavioral changes of simulated flow cycles and train workers' adaptability.

All data generated during the training process,DosimulationIt will be automatically stored for later playback, evaluation, and improvement.

DosimulationSystem components

1）Virtual Radiation Environment SoftwareVRE (Virtual Radiation Environment)

Virtual Radiation Environment SoftwareVREProvides a customizable virtual radiation environment that can provide real-time monitoring, interference, and feedback for trainers.VREThe software allows trainers to define different radiation point sources, line sources, and surface sources, and define their respective activities. The software automatically calculates the radiation dose caused by each radiation source at a certain location, and correlates it to the real-time location of the trained employee to calculate the simulated cumulative dose they receive.

Trainers can also dynamically change the virtual radiation environment during the training process to observe the real-time reactions of the trained employees.

All data generated during the training process will be automatically saved and can be replayed after the training is completed.

2）Positioning receiver（Locator-Receiver） QT572

Positioning receiverQT 572Just one based onNFERNear field electromagnetic positioningNear-field electromagnetic ranging）High precision locators for technology, typically with an accuracy of up to10cm.

each oneQT 572Can cover a diameter of approximately20mThe area.

Therefore, only4This type of receiver can cover the passage600m²The training space.

3）Positioning label（Tag） QT643

Positioning labelsQT64It is a waterproof and dustproof positioning tag. After the trainee wears this positioning tag and enters the training space, the positioning receiver detects the electromagnetic signal emitted by it to achieve precise positioning.

4）Simulated radiation monitoring instrumentQ-RAD

Q-RADIt is a simulated radiation monitoring instrument that simulates based onGMThe various functions of the radiation monitoring instrument. In a virtual radiation environmentVREIn the middle,Q-RADCan be based onVREDisplay the corresponding dose rate in different positions according to the settings. When the trainer dynamically changesVREAfterwards,Q-RADThe value will change accordingly.

5）Simulated personal dosimeterQ-Dose

Q-DoseIt is a simulated personal dosimeter, and its functions are fully simulatedDMC2000SThe function of electronic personal dosimeters. similarly,D-DoseWill be based onVREDisplay the corresponding dose rate in different positions according to the settings. When the trainer dynamically changesVREAfterwards,Q-RADThe value will change accordingly.