It should be clearly pointed out that aviation gamma spectroscopy detection technology is not directly applied to medical diagnosis. This technology is mainly used in geological exploration, environmental monitoring, resource investigation and other fields, providing important data support for research in these fields by measuring natural radioactive isotopes in surface and near surface rocks, soil, or other radioactive isotopes in the atmosphere.

In the medical field, although it also involves the application of radioactive isotopes and gamma rays, these applications mainly focus on the following aspects:

Radiation therapy: Radiation therapy is a method of treating malignant tumors using alpha, beta, gamma rays produced by radioactive isotopes, as well as X-rays, electron rays, proton beams, and other particle beams produced by various X-ray therapy machines or accelerators. This is fundamentally different from aerial gamma spectroscopy detection technology, as radiation therapy directly uses radioactive rays for therapeutic purposes, while aerial gamma spectroscopy detection technology is used to measure the content of radioactive elements in the environment.

Radiopharmaceutical diagnosis: Radiopharmaceutical diagnosis is a diagnostic method that uses the radiation emitted during the decay of radioactive isotopes to locate or trace the shape and function of human tissues and organs by administering or injecting drugs labeled with radioactive isotopes to patients. Although this method also involves the application of radioactive isotopes, its application scenario and purpose are completely different from aerial gamma spectroscopy detection technology.



Medical imaging technology: Medical imaging technologies such as X-ray, CT (computed tomography), PET (positron emission tomography), etc. play an important role in medical diagnosis. These technologies use electromagnetic waves or particle beams of different wavelengths to scan the human body, generate images through computer processing, and help doctors understand the condition inside the patient's body. Although these technologies also involve the application of radioactive materials or radiation, they are fundamentally different from aerial gamma spectroscopy detection technology.



In summary, aviation gamma spectroscopy detection technology is not directly applied to medical diagnosis. In the medical field, the application of radioactive isotopes and gamma rays is mainly focused on radiation therapy, radiopharmaceutical diagnosis, and medical imaging technology, each of which has its own unique application scenarios and purposes.

Therefore, when answering questions about the application of aviation gamma spectroscopy detection technology in medical diagnosis, it should be clearly pointed out that this technology is not directly used in medical diagnosis, and other technologies related to radioactive isotopes and gamma rays in the medical field should be briefly introduced.