Real life mineral exploration, mining, elemental research, bioscience, healthcare, nuclear power plants, accelerators, steel, chemical engineering, isotope applications, industrial X γ Long term exposure to X is possible in fields such as non-destructive testing γ Radiation. In order to ensure the safety of staff and avoid radiation damage, it is necessary to regularly test the radiation in the work area, including but not limited to radio frequency, microwave, infrared, and ultraviolet rays; X-ray γ Radiation, etc. Here, Baijian will introduce you to several commonly used X's γ Radiographic testing instruments:

are mainly used to monitor X-rays and γ Radiation, directly reading personal dose and personal dose rate; Suitable for the protection and personal dose monitoring of workers in industrial non-destructive testing, isotope applications, nuclear industry, railway, civil aviation, environmental protection and other radioactive application fields 2. X γ The radiation personal dose alarm device is mainly used to monitor the X γ And hard β The radiation of radiation is widely used in nuclear power plants, accelerators, steel, chemical engineering, isotope applications, industrial X γ Non destructive testing, cobalt source therapy γ Personnel in fields such as irradiation, radiation laboratories, and environmental monitoring around nuclear facilities conduct personal safety protection monitoring and radiation alerts 3. X γ Surface pollution detector is mainly used for radioactive surfaces α、β Pollution measurement and x γ Measurement of radiation dose rate. This instrument can be widely used in environmental protection departments, law enforcement departments of safety supervision, nuclear physics laboratories in higher education institutions, radioactive laboratories in scientific research institutions, nuclear power plants, radioactive measurement stations, and other radioactive sites for personnel's hands, clothing, as well as test benches and equipment used α、β Measurement of surface pollution for timely decontamination, and also for environmental level x γ Detection of radiation dose rate 4. Handheld intelligent X γ Radiometer can detect α、β、γ X-rays can also be detected to achieve α、β Radiation surface contamination detection and X γ The monitoring of radiation dose rate is widely used in laboratories and other places 5. Intelligent X γ Radiometer for measuring high and low energy γ In addition to X-rays, it can also accurately measure low-energy X-rays and has good energy response characteristics. Widely used in environmental protection, metallurgy, petrochemical industry, chemical industry, import and export commodity inspection, radiation laboratory, scrap steel, commodity inspection, various radioactive workplaces and other occasions that require radiation environment and radiation protection testing 6. Environmental level X γ Radiation measuring instruments are mainly used for environmental radiation background and low-level X γ Accurate and rapid measurement of radiation can be used by environmental protection departments to detect environmental background conditions, nearby radiation testing, non-destructive testing (i.e. radiographic testing) devices for radiation leakage, and environmental background measurement in residential areas near nuclear power plants. This instrument is an indispensable radiation measurement instrument for radiation source and radiation device users to apply for radiation safety permits, due to its high sensitivity, As long as there is a slight change in the radiation field of the radioactive source and radiation device, the measured values of the instrument will change, thus ensuring the safety of radioactive workers greatly 7. High sensitivity X γ The dosimeter can capture small changes in the instantaneous radiation field with a duration of up to 30ms. While measuring the average dose rate, it can also provide the peak of the instantaneous dose rate, which can intuitively and accurately understand the true situation of the radiation field. It is particularly suitable for measuring rapidly changing radiation fields such as pulse radiation fields and electron accelerators, as well as the impact of X-ray exposure on the outdoor environment. It can also be used in radiation environments, commercial inspection, and radiation sites of research institutes χ or γ Radioactivity testing, research work 8. Protection level χ、γ The dosimeter has functions such as measuring dose rate, dose, and peak dose rate values; Especially suitable for departments such as radioisotope applications and the atomic energy industry, measuring random and continuous radiation lines. After calibration, it can still be measured β Absorbed Dose of X-rays and Detection of High Energy α Particles. It is an ideal testing instrument for industries such as nuclear power plants, radiation testing, and radiation therapy facilities