Cell tissue irradiation apparatusBy accelerating electrons with high voltage, they collide with metal targets such as tungsten targets. The inner layer electrons of the target material atoms are excited to a high energy level and quickly transition back to a low energy level, releasing energy in the form of X-rays. These high-energy X-rays are then directed and irradiated onto biological samples, affecting or altering their structure or function through precise control of radiation parameters.

　　Cell tissue irradiation apparatusCore components:

Radiation source: Typically, radioactive isotopes (such as cobalt-60 or cesium-137) or accelerators are used as radiation sources to provide different types and energies of radiation. Radioisotopes release high-energy rays, while accelerators can produce high-energy electron or proton beams.

Radiation room: a space used to accommodate cell culture dishes or animal models, with protective barriers to prevent radiation leakage and ensure the safe conduct of radiation experiments.

Control system: used to set and control parameters such as irradiation time, irradiation dose, and radiation energy to ensure the accuracy and repeatability of experiments.

Radiation monitoring system: monitors and records the radiation intensity and dose distribution of radiation sources, evaluates the safety and effectiveness of experiments.

Radiation dose rate meter: measures the radiation dose rate around the radiation source and evaluates the radiation level in the experimental environment.

Data acquisition and analysis system: Record and analyze data from cell irradiation experiments, including radiation dose, radiation time, and cell response.