Recently, there are many people who pay attention to the role and characteristics of the lead door in the CT room, but there are not many people who may really understand.
First, the role and characteristics of the lead door:
1. Function: The lead door of the CT room is used for radiation protection, which can effectively reduce the impact of electromagnetic radiation on the human body and protect the safety of operators and the surrounding environment.
2.Features: The lead door of the CT chamber has the characteristics of radiation protection performance and strong durability. It is made of lead material, which can effectively absorb and block electromagnetic radiation, thereby protecting the human body from the harm of radiation. Lead doors are also durable and can be used for a long time without deformation or damage.
2. Definition: The lead door of CT room is a kind of door for radiation protection, which is made of lead material, which can effectively reduce the impact of electromagnetic radiation on the human body. Lead doors can also be used in other places where radiation protection is required, such as nuclear power plants, laboratories, etc.
3. Construction and application
1. Construction: The construction of the lead door in the CT room needs to go through the following steps: determine the size and thickness of the lead door, make the lead plate of the lead door, install the lead plate on the door frame, and seal it to ensure that the radiation will not leak. Usually, lead doors also need to be fitted with door locks and guards to ensure safe use.
2.Application: The lead door of CT room is mainly used in hospital radiology departments, radiology centers and other places that need to be checked and tested. Due to the large amount of electromagnetic radiation generated by CT equipment, the use of lead doors can effectively protect the safety of patients, medical staff, and the surrounding environment.
The definition of a lead door in CT chamber is a door for radiation protection, which has the characteristics of lead material, strong radiation protection performance and good durability. The construction process includes sizing, making lead plates, installing and sealing. It is mainly used in hospital radiology departments, radiology centers and other places that need to be checked and tested to protect the human body and the environment from the effects of electromagnetic radiation.