This product is widely used in nuclear power plants, nuclear facilities, environmental protection, public security, ports, customs, hospitals, and other places for wiping samples, water quality testing samples, and α and β total contamination measurement of aerosol filter paper. Compliant Standards: GB/T 22682-2008 "Low-background α and/or β measuring instrument".

The HY-8280 liquid scintillation counter is a small-capacity liquid scintillation instrument controlled by an 8032 single-chip microcomputer. It can automatically measure 25 samples continuously and process measurement data online. It is mainly used to measure the intensity of low-energy β radioactive samples such as 3H and 24C. Liquid scintillation spectrometers are essential equipment in low-level radioactivity measurement laboratories. They are mainly used to measure extremely low levels of 3H and 24C in environmental samples (such as water, air, soil, animals, plants, etc.). They can also be used to measure other α and β nuclides and are widely used in nuclear power plants, nuclear facilities, environmental protection, education, scientific research, hydrogeology, food science, archaeological dating, and oceanographic expeditions. Standards: GB/T 20259-2023 "Liquid Scintillation Counters"; GB/T 29649-2023 "Determination of Bio-based Content in Bio-based Materials by Liquid Scintillation Counting Method".

The HY-802 neutron probe serves as a basic unit for area radiation monitoring, used to measure neutron dose rates in the environment. By reflecting the neutron radiation levels in the environment in real time, it safeguards personal safety. It is widely used in nuclear power plants, reactors, accelerators, and other places that produce neutron radiation. The HY-802 neutron probe uses a moderator structure to ensure detection efficiency across various neutron energy ranges. It incorporates a low-noise preamplifier and a low-power linear power supply to ensure long-term operational stability. It provides RS-485 serial communication using the standard Modbus protocol, allowing direct connection to modern digital measurement systems or connection to a radiation monitoring host as a sub-unit.

A gamma radiation monitor has been designed, using an ionization chamber structure suitable for pulsed radiation fields generated by nuclear facilities such as accelerators. It is used to measure environmental gamma ray dose rates and exhibits excellent response to both gamma rays and cosmic rays. The monitor also features high sensitivity, high stability, short response time, good energy response, a wide angular response, and a wide dose rate range, enabling its use in extremely harsh climates.

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