HPGe162 Series Anti-Compton Ant-Cosmic Ray Ultra-Low Level High Purity Germanium Gamma Spectrometer

Product Description

The HPGe162 Series Anti-Compton Anti-Cosmic Ray Ultra-Low Level High Purity Germanium Gamma Spectrometers, using a new self-developed anti-coincidence detector, it can achieve very low background levels and high-performance anti-Compton scattering levels, suitable for very low levels and strong radioactive environment of low energy end radionuclide activity measurement, while the best measurement mode can be selected for different measurement objects.

Functional features

The use of dense, non-hygroscopic BGO crystals in the anticoincidence detector facilitates the optimization of the peak to Compton ratio and the integral background performance of the instrument

The use of proven coincidence/anticoincidence logic gates and the rational mechanical design of the instrument allow not only for a more stable performance but also for multiple measurements lant-Compton measurements. ant-cosmic ray measurements or anti-Compton anti-cosmic ray measurements) within one device.

High resolution dual channel multi-channel analyzer for more visualization of pre and post non-conformation spectra

Integrated low background lead chamber design with composite shielding material inside

Data processing system with integrated data acquisition and analysis

Provides an ENSDF database of nearly 400 nuclides

Customizable in a variety of measurement modes: high efficiency measurement, Y-y, Y-B coincidence measurement

Optional liquid nitrogen recondensation refrigeration unit (liquid nitrogen with electrical cooling), liquid nitrogen refrigeration

Application areas

Nuclear power safety

Radioactivity measurement in nuclear power plants

Nuclear emergency radioactive contamination monitoring

Radioactive material monitoring

Test analysis

Radioactivity measurement of building materials

Radioactivity measurement of food

Water quality monitoring

Radioactive environmental pollution monitoring

Hydrological water quality monitoring

Environmental samples with complex spectra

Higher education institutions and hospitals

Reactor, accelerator laboratory

Nuclear test laboratory

Radiation medicine

Technical Specification