Nuclear Radiation Detection Background

Nuclear radiation detection information technology research began in the 1940s, mainly can be used in military and civilian fields. With the rise of drone technology, the combination of drones and nuclear radiation detection data technology is gradually becoming possible for us.digital nitrate tester Drone nuclear radiation detection uses drones to carry radiation detection system equipment to analyze real-time monitoring of the ground or air target market.

Drone nuclear radiation detection technology principle

Drone nuclear radiation detection technology mainly uses particles released by radioactive substances, such as alpha particles, beta particles, etc., to produce ionization, so that the air molecules produce ionizing radiation field.radiation detectors The drone can detect the ionizing radiation field strength through the radiation detector carried by the drone, so as to judge whether nuclear radiation exists in the target area.

System Composition

During the nuclear radiation detection mission,geiger counter handheld the UAV can effectively acquire data from hard-to-reach or dangerous areas and transmit it in real time to the ground control station or personnel for subsequent processing and analysis.

The UAV nuclear radiation detection system mainly consists of a UAV platform, radiation detection instruments, data transmission equipment and a ground control system. The UAV platform is responsible for carrying the radiation detection instrument and monitoring the nuclear radiation level in the target area in real time; the radiation detection instrument measures and analyzes the nuclear and transmits the data to the ground control system; the data transmission equipment and the ground control system are responsible for receiving, processing and displaying the radiation detection data.

UAV nuclear radiation detection process

1. Determine the target detection study area and obtain the map of the area for information.

2. Design the UAV flight route based on the map information. During the flight, the height and speed of the drone need to be adjusted to ensure that the nuclear radiation detection equipment can obtain accurate detection data.

3. When the UAV route is determined, turn on the equipment for real-time data acquisition. The data acquisition includes radiation value, data fluctuation curve and maximum value.

Transmit the collected data to the ground control center for analysis and processing by professional personnel.

5. According to the processing results, issue a nuclear radiation detection report.

Application Scenario

The application of UAV nuclear radiation safety detection information technology carries on the scene The UAV nuclear radiation detection data technology has a very wide range of applications in the monitoring of nuclear power plants, nuclear waste disposal, transportation of radioactive chemical products and other fields. In addition, UAV nuclear radiation detection system technology also plays an important role in disaster accident scene, environmental quality monitoring and other fields.

1. Nuclear power plant monitoring: UAVs can monitor the environment around the nuclear power plant in real time, including the leakage of radioactive substances, etc., and provide timely and accurate on-site information for the staff, so as to ensure the safety and health of the staff.

2. Transportation of radioactive materials: During the transportation of radioactive materials, drones can monitor the surrounding environment of transportation vehicles in real time to ensure transportation safety. At the same time, the drone can also remotely monitor the transportation vehicle to improve the transportation efficiency.

3. Disaster site monitoring: At the disaster site, the drone can quickly arrive at the site, conduct nuclear radiation detection in the affected area, provide accurate information for rescuers, and ensure the smooth progress of rescue operations.