With the rapid development of nuclear science, radiation practice has gradually increased. Radiation practice brings undeniable benefits to humanity, but also poses certain hazards to both humans and the environment. In order to promote the development of nuclear science, nuclear energy, and other radiation applications, while ensuring the arrangement of radiation workers and the public, it is necessary to carry out corresponding radiation protection work. The main protective equipment used in radiation protection includes phantoms, protective clothing, protective helmets, protective gloves, etc.
This protective suit comes in a set of six pieces:
| hat |
scarf |
Vest (Half Sleeve&Long Sleeve) |
belt |
Gloves (finger divided&non finger divided) |
Glasses (side protection&no side protection)
|
The multifunctional radioactive detector is a key equipment for detecting the level of radioactivity in the environment and substances. Scientific calibration and standardized operation are the core to ensure the accuracy and reliability of the detection results.
1. Calibration is the foundation of accurate measurement of instruments. After the new instrument is put into use or repaired, basic calibration must be carried out to establish accurate measurement benchmarks. Regular calibration ensures the stability of the instrument during long-term use and compensates for performance drift caused by component aging or environmental factors. Energy calibration enables instruments to accurately identify the energy characteristics of different radiation sources, avoiding misjudgment. Efficiency calibration optimizes detection sensitivity for specific types of radiation sources to ensure that measurement results match actual radiation levels. The calibration process requires the use of a standard radioactive source and is carried out in a controlled environment to ensure the calibration results.
2. Standardize operations to ensure safe and effective testing. Before use, check the status of the instrument to confirm that the detector, display screen, and alarm system are working properly. Operators need to undergo training and be familiar with radiation safety protection knowledge and instrument functions. Before testing, a suitable measurement mode should be selected according to the task requirements, and the sampling location should be representative to avoid local interference affecting the overall evaluation. Maintain instrument stability during the measurement process to avoid abnormal readings caused by rapid movement or vibration. When encountering an alarm signal, protective measures should be taken immediately in accordance with safety regulations.
3. Maintenance and upkeep extend the lifespan of the instrument. The surface of the detector needs to be kept clean to avoid dust or pollutants affecting sensitivity. The storage environment of the instrument should be dry and avoid light, away from high temperatures and strong electromagnetic fields. Regularly check the battery status to ensure reliable operation in emergency situations. Mechanical components need to remain flexible to prevent the movement mechanism from getting stuck and affecting operation. Special treatment should be carried out before long-term discontinuation to protect sensitive components.
Through strict calibration procedures, standardized operating methods, and scientific maintenance, the multifunctional radioactive detector can provide accurate and reliable data support for radiation environment monitoring, nuclear safety assessment, and other work, ensuring the professionalism and safety of detection work.