News

　　Radiotherapy three-dimensional water tankIt is an important equipment in the field of radiotherapy, mainly used to simulate and measure the dose distribution in radiotherapy. It provides accurate dose verification to ensure patients receive the expected dose of treatment, improving treatment effectiveness and reducing side effects.
 

　　Basic knowledge of radiotherapy three-dimensional water tank:
 

　　1. Basic principles and structure
 

　　1. Basic principle: Using water as a uniform medium, the radiation dose is measured by placing an ionization chamber or other dosimeter in the water. Because the physical properties of water are similar to human tissue, dose distribution in the human body can be simulated.
 

　　2. Construction: A three-dimensional water tank usually consists of a large water tank with a sophisticated moving device inside to control the position of the detector. The tank is equipped with a computer system externally for data collection and analysis.
 

　　The main functions and applications of the three-dimensional radiotherapy water tank:
 

　　1. Dose verification: It can accurately measure the dose distribution in the radiation treatment plan and help doctors verify the accuracy of the treatment plan.
 

　　2. Quality assurance: Through regular testing of radiotherapy equipment, the three-dimensional water tank can ensure the stability and accuracy of the equipment, thereby improving the quality of treatment.
 

　　3. Research and teaching: In radiotherapy research and teaching, three-dimensional water tanks also play an important role, helping students and researchers better understand the principles and techniques of radiotherapy.
 

　　Radiotherapy three-dimensional water tankOperation process:
 

　　1. Preparation stage: The three-dimensional water tank needs to be filled with water and ensure that the water quality is clean and free of impurities. Then set the position and movement path of the detector according to the treatment plan.
 

　　2. Measurement phase: Start the radiotherapy equipment and let the rays pass through the detector on the water. The detector records the dose values ​​at different locations and transmits the data to the computer system.
 

　　3. Data analysis: The computer system will process and analyze the collected data and generate dose distribution maps and related reports. Doctors can use this data to evaluate the effectiveness of a treatment plan and make necessary adjustments.