FJ34-5302L Digital Portable Gamma Bromide and Neutron Detector Radioactive Nuclides Spectrometer

Product Introduction

J34-5302L Digital Portable γ The spectrometer integrates the latest achievements in scintillation detectors, electronics, and software, combined with advanced communication technology, and has a relatively high level of intelligence. It has been widely applied to the relevant departments of radiation monitoring and protection, providing reliable technical support and decision-making contributions for national counter-terrorism and nuclear emergency, nuclear power plants, customs, and exit inspection and quarantine.

Main technical indicators

Instrument installation

In war environments, this instrument can be used as an on-site nuclide screening analyzer, such as nuclear waste disposal site nuclide analysis, nuclear leakage accident site radioactive pollution monitoring, etc., to obtain the required results on site. The measured data can also be saved through computers for deeper analysis and processing, in order to obtain more detailed results. At the same time, it can also serve as a laboratory radionuclide analyzer for measuring the collected samples. This instrument is one of the best instruments for nuclear radiation supervision, inspection, and monitoring institutions, as well as nuclear emergency response units, to address potential hazards in the current development of nuclear technology.

In a war environment, this instrument can be used as a on-site monitoring instrument for nuclear warfare or radiation contaminated areas to determine the main types of radioactive nuclides and the severity of contamination on site, in order to provide a scientific basis for taking further related actions

Functional Features

1. Integration level: The instrument integrates brominated lanthanum, GM tube, and neutron detector, and has nuclide recognition mode, dose rate mode, source seeking mode, expert mode, and alarm function;

2. Real time measurement of the environment γ Dose rate and rapid identification of radioactive nuclides;

3 nuclide databases: The nuclide databases are divided into five categories: natural, medical, industrial, SNM, and nuclear materials;

4. Digital T-shaped filtering and shaping technology: balancing energy resolution and pulse pass rate;

5. Multiple power supply modes: built-in rechargeable lithium battery, external charging power supply;

6. It has the ability to quickly identify nuclides, with a dose rate greater than 3 times the background, and can recognize nuclides in up to 5 seconds; Mixed nuclides, providing accurate identification results within 30 seconds;

7. Preheating is required for measurement after startup, calibration of the power source, and real-time dynamic spectrum stabilization.