Study on the design of unhydrocooled microwave ablation needle based on vacuum tube technology
Microwave ablation technology is a high-frequency electromagnetic wave technology widely used in the fields of medical and material processing.Its working principle is based on the focused release of microwave energy to achieve local heating and tissue damage effects.Traditional microwave ablation equipment relies on a water-cooling system to control the temperature of the device and target area,preventing overheating.However,the existence of water cooling systems limits the miniaturization and flexible design of equipment,increasing complexity and cost.Vacuum tube technology,as a mature high-frequency power supply technology,has excellent high-temperature resistance and high-power characteristics,making it an ideal choice for exploring water-free microwave ablation systems.This article provides a detailed introduction to the design and development process of a water-free microwave ablation needle based on vacuum tube technology,including the sorting of theoretical foundations,specific implementation of design methods,and experimental research to verify the effectiveness of the design.The aim is to provide a more efficient and safer microwave ablation solution.
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维普
