Before you start reading this article, you may not know much about the construction and acceptance of the radiation-proof lead door in the CT room, but after reading, you must have a more in-depth understanding of it.
Construction and Acceptance of Radiation-proof Lead Door in CT Room is a specification for the construction and acceptance of radiation-proof lead door in CT room. CT (Computed Tomography) is a commonly used medical imaging technique used to perform tomography of the body. Since CT scans require the use of radiation, the CT room needs to be protected from radiation, and the radiation-proof lead door is an important measure.
The specification mainly includes the following:
1. Preparation before construction: including design review, engineering preparation, material preparation, etc. A comprehensive assessment is required prior to construction to ensure that the construction meets the relevant specifications and requirements.
2.Construction process: including door frame installation, radiation protection door installation, sealing treatment, etc. The installation of the door frame needs to be carried out according to the specific requirements to ensure the stability and sealing of the door. The installation of radiation protection doors needs to ensure that the joints between the door body and the door frame are tight, and can effectively block radiation.
3.Acceptance criteria: including appearance quality, protection performance and other indicators. The appearance quality includes the flatness of the door body, the quality of the surface coating, etc. The protective performance includes radiation protection effect and sealing performance. The acceptance criteria should be formulated in accordance with relevant regulations and specifications to ensure that the quality and performance of the protective door meet the requirements.
In terms of expanding the description, the following can be further introduced:
1. Radiation protection design before installation: Before installing the radiation protection lead door, radiation protection design is required. This includes determining the source, intensity and path of the radiation in order to select the appropriate radiation protection material and installation location.
2.Material selection of radiation protection doors: Radiation protection doors are generally made of lead materials, because lead has good radiation protection properties. When selecting a lead material, factors such as its thickness, density, and quality need to be considered to ensure the effectiveness of radiation protection.
3.Care and maintenance of radiation protection doors: Radiation protection doors need to be regularly serviced and maintained during use to ensure their normal operation and protective performance. This includes cleaning the door body, checking the sealing performance and the robustness of the door frame, etc.
4.Other radiation protection measures: In addition to the protective doors, the CT room also needs other radiation protection measures, such as protective windows, radiation protection walls, etc. The construction and acceptance of these measures also need to be carried out in accordance with the relevant specifications and requirements.
Construction and Acceptance of Radiation-proof Lead Door in CT Room" standardizes the construction and acceptance process of radiation-proof lead door in CT room, and expands its related contents, aiming to ensure that the radiation protection of CT room meets the requirements and ensure the safety of personnel and environment.