Laboratory equipment radioactive low background gamma spectrometer

Laboratory equipment radioactive low background gamma spectrometerDF-8125Adopting low background lead chamber and low potassiumNaI(Tl)The probe is used to measure the radioactivity of the sample to be tested, and a high-performance digital spectrometer is used to achieve the measurement of radioactivityNaI（Tl）The high-precision gamma spectrum measurement of the probe is achieved through the use of upper level functional spectrum measurement and analysis software to collect, store, process, and analyze the energy spectrum, ultimately realizing the identification of radioactive nuclides in the detection sample and the measurement of specific radioactivity. This detector includes a low background lead chamber and a low backgroundNaI(Tl)It consists of a gamma radiation probe, a high-performance desktop digital spectrometer, and gamma spectrum measurement and resolution software. Equipped with automatic spectrum stabilization technology, it can ensure long-term continuous work stability and measurement accuracy:

Laboratory equipment radioactive low background gamma spectrometerApplication field

lHospital radioactive nuclideγSpectral measurement and analysis;

lBuilding materials, soil, biological, geological samples, etc γSpectral measurement and analysis;

lRapid non-destructive testing of building materials;

lUranium geological sample radium(uranium)Analysis of thorium and potassium content;

lArtificial nuclide analysis software such as uranium, cesium, cobalt, iodine, etc. can be equipped according to user requirements.

System Composition

lLow background lead chamber;

lLow backgroundNaI（Tl）Gamma radiation probe (detector can be optionally equipped with lanthanum bromide or high-purity germanium);

lHigh performance desktop digital spectrometer;

lGamma ray spectroscopy measurement and spectral analysis software.

Features

lCapable of real-time, fast, and low-energy capabilitiesγThe low background digital spectrometer using X-ray stabilization technology can ensure fast measurement and long-term stability during startup; Traditional low background digital spectrometers require manual repeated adjustment of spectrometer parameters before they can work, and cannot work stably for a long time;

lEquipped with digital spectrum stabilization function, can choose background americium sourceγDigital spectrum stabilization methods such as X-ray spectrum stabilization and natural characteristic peak spectrum stabilization;