3C2.5UM

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The application field of 3C2.5UM and its working principle can be discussed in terms of its performance. It is generally a single-crystal semiconductor material that is widely used in various particle detectors, such as gamma-ray and X-ray detectors.

In terms of its performance, 3C2.5UM has a very high resistivity which can be attributed to its low doping level. This makes it an ideal material for use in particle detectors as it is able to detect even the smallest signals. In addition, it has a very high mobilities which helps to reduce the response time of the detector and increase its sensitivity. Furthermore, 3C2.5UM has good adhesion properties, allowing it to easily attach to different materials.

As for its working principle, 3C2.5UM works by detecting the electrical charge present in the environment and then converting it to an output signal. To do this, the detector generates a small current that passes through the material. The current generates a magnetic field that creates a voltage difference between the two terminals. This generates a signal which is then transmitted to a readout device, such as a computer. The detector is also capable of distinguishing between different particles that may be present in the environment.

In conclusion, 3C2.5UM is an ideal material for use in particle detectors due to its high resistivity, high mobilities and good adhesion properties. In addition, its working principle allows it to detect even the smallest signals and distinguish between different particles in the environment.

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