The G1110 is a multi-functional radioactive material detection device that combines the functions of nuclide identification, energy spectrum analysis, dose rate measurement and source location, etc. It can be equipped with a high-performance 6LiI(Eu) scintillation neutron detector to achieve simultaneous detection of neutrons and gamma rays.
Applications
- Nuclear power stations
- Radiation source search
- Customs and dock cargo inspection
- Radioactive material reprocessing in the decommissioning process of nuclear facilities
- Radiation protection for nuclear regulatory and "source-related" enterprises and institutions
Detector type |
Gamma: 2"×"2NaI(Tl) scintillation detector; |
Optional: 1 "x1" or 1.5 "x1.5" LaBr3 scintillation detector; GM tube detector; 6LiI(Eu) neutron detector |
Energy range |
γ: 25keV ~ 3MeV; neutron: 0.025ev ~ 15Mev |
Energy resolution |
NaI(Tl): 6.8%; LaBr3: 3.5% |
Dose rate range |
10nSv/h ~ 100mSv/h |
Sensitivity |
>1400cps/(μSv/h),@137Cs |
Multi-channel analyser |
1024 channels |
Power supply |
External power adapter, built-in rechargeable lithium-ion battery with automatic switching |
Communication method |
USB, RJ45 |
Overall dimensions |
132H×267W×198D(mm) |
Weight |
≤ 2.5kg (with battery) |
Operating temperature |
-20°C ~ 50°C |
Working humidity |
≤ 90% (30°C, non-condensing) |
Magnetotelluric sounding is a kind of branch method of electrical method by changing the frequency of electromagnetic field. It uses the skin effect of electromagnetic induction, that is, the penetration of high-frequency electromagnetic field is shallow, the penetration of low-frequency electromagnetic field is deep, and the frequency of electromagnetic field is changed to achieve the purpose of sounding under the condition that the distance between the field source and the receiving point is unchanged.
It is a geophysical exploration method using natural alternating electromagnetic fields to study the electrical structure of the earth. Because it does not need artificial power supply, low cost, easy to work, not shielded by high resistance layer, high resolution of low resistance layer, and exploration depth varies with the frequency of electromagnetic field, shallow can be tens of meters, deep up to hundreds of kilometers