NON-225

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NON-225 is a type of advanced scientific instrument for dally monitoring X-ray imaging radiation. Its uses can be divided into two major application fields, physical and chemical detection. In the physical application field, the instrument can be mainly used for the detection of X-ray fluorescent radiation and X-ray absorption radiation. In addition, for chemical application fields, the NON-225 instrument can be used to measure the chemical properties of sample materials.

The working principle of the NON-225 instrument is based on the detection of photofission electrons ejected from the sample under the incident X-ray radiation. For physical application, the flux and energy spectrum of the X-ray fluorescent radiation and X-ray absorption radiation can be obtained by measuring the photofission electrons. For chemical application, by using the principle of X-ray photoabsorption spectroscopy, the chemical properties of the sample material can be accurately measured.

In addition, the NON-225 instrument also has other superior performance characteristics. Firstly, in terms of energy spectrum measurement, the instrument has an excellent energy resolution, which can measure the corresponding energy spectrum of X-ray fluorescent radiation or X-ray absorption radiation in a wide range of energy. This enables the instrument to accurately measure the properties of various samples. In addition, the instrument has a compact design, which can be easily installed in the laboratory, and has a low noise performance, which can effectively improve the signal-to-noise ratio.

In conclusion, the NON-225 instrument is a versatile scientific instrument that can be used for the detection of X-ray radionuclides and the chemical properties of sample materials. It has excellent energy resolution and low noise performance, which make it an ideal instrument for many applications.

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