1. High-energy physics experiments: Tungsten alloy probes are widely used in high-energy physics experiments. They can be used to detect information such as energy, charge, momentum, etc. of high-energy particles, helping scientists study the properties and interaction mechanisms of elementary particles. For example, in the Large Hadron Collider (LHC) experiment at CERN, tungsten alloy probes are used to detect the properties and interactions of high-energy particles.
2. Astronomy: Tungsten alloy probes are also widely used in astronomy. They can be used to detect information such as the energy and flow of cosmic rays, X-rays and gamma rays, helping scientists study the properties and evolution of celestial bodies. For example, in NASA’s Fermi Gamma-ray Space Telescope experiment, tungsten alloy probes are used to detect the properties and sources of high-energy gamma rays.
3. Other fields: In addition to high-energy physics and astronomy, tungsten alloy probes can also be used in other fields. For example, in the field of nuclear medicine, tungsten alloy probes can be used to measure information such as the energy and flow of radioactive particles to help doctors develop more accurate treatment plans. In addition, tungsten alloy probes can also be used in materials science, chemical analysis and other fields.
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