T1 cloud intelligent handheld nuclear explosion detector Introduction
The T1 cloud intelligent handheld nuclear explosion detector has three measurement modes. Based on a single-point handheld Raman detector, it combines MEMS high-frequency controllable surface scanning technology, adding two modes: high-frequency surface scanning and dot matrix measurement. It also has Raman imaging function. The product has been highly recognized in the fields of public security, customs, security and food and drug supervision, and has made new breakthroughs in virus detection, making up for the shortcomings of traditional Raman detection equipment, and achieving the unity of high efficiency, convenience and intelligent detection.
The cloud intelligent handheld nuclear detonation integrated machine T1 integrates nuclear detonation detection in one. Combined with the cloud network architecture, it uses nuclear detection and fluorescence quenching technology to achieve nuclear screening of human flow and logistics and trace explosives screening. Raman technology performs qualitative detection of suspicious objects detected by the sieve.
Nuclear: using scintillation crystal detector, high detection sensitivity, fast response speed, high accuracy of dose measurement, mobile radioactive material can be detected and alarmed in 2 seconds. With back-end customized software, measurement threshold settings, cumulative dose statistics, and historical tracking can be achieved.
Explosion: Trace detection of explosives using fluorescence technology, and no risk of detecting flammable materials such as black powder. Suspicious packages and unowned items can be inspected by wiping or inhaling the outside of the package, without opening the package, and can be processed on-site at the first time, protecting the personal safety of the inspectors.
Chemical: The unique deep learning algorithm with high-sensitivity Raman technology can quickly detect all kinds of chemical substances, support the composition analysis of mixtures, and have more than 8,000 kinds of database substances.
Cloud detection architecture: The device has powerful cloud computing analysis capabilities. A variety of detection functions and cloud architecture have greatly enriched the use of equipment, which is a qualitative leap compared to existing detection equipment.
Technical Parameters
Fluorescence quenching detection parameters
Explosive sensitivity: 1ng
Raman detection parameters
Wavelength: 785nm
Resolution: 8-11cm-1
Detection range: 200-1800cm-1
Nuclear radiation detection parameters
Measurement ray type: α, β, γ
Detector Type: Flicker Detector
Detection energy range: 25keV-3MeV
Energy accuracy: +/- 10%
Alarm threshold: 1uSv / h-1000uSv / h
General parameters
Alarm mode: screen display / alarm / vibration
Network connection: 4G network, WiFi, Bluetooth
GPS: Support A-GPS, Glonass, Beidou positioning
NFC: Supported
Reads second generation ID
Main screen size: 5.7 inches, resolution 2560 × 1440
Size: about 270 × 118 × 62mm
Weight: about 1.5KG
Introduction
The T1 cloud intelligent handheld nuclear explosion detector has three measurement modes. Based on a single-point handheld Raman detector, it combines MEMS high-frequency controllable surface scanning technology, adding two modes: high-frequency surface scanning and dot matrix measurement. It also has Raman imaging function. The product has been highly recognized in the fields of public security, customs, security and food and drug supervision, and has made new breakthroughs in virus detection, making up for the shortcomings of traditional Raman detection equipment, and achieving the unity of high efficiency, convenience and intelligent detection.
The cloud intelligent handheld nuclear detonation integrated machine T1 integrates nuclear detonation detection in one. Combined with the cloud network architecture, it uses nuclear detection and fluorescence quenching technology to achieve nuclear screening of human flow and logistics and trace explosives screening. Raman technology performs qualitative detection of suspicious objects detected by the sieve.
Nuclear: using scintillation crystal detector, high detection sensitivity, fast response speed, high accuracy of dose measurement, mobile radioactive material can be detected and alarmed in 2 seconds. With back-end customized software, measurement threshold settings, cumulative dose statistics, and historical tracking can be achieved.
Explosion: Trace detection of explosives using fluorescence technology, and no risk of detecting flammable materials such as black powder. Suspicious packages and unowned items can be inspected by wiping or inhaling the outside of the package, without opening the package, and can be processed on-site at the first time, protecting the personal safety of the inspectors.
Chemical: The unique deep learning algorithm with high-sensitivity Raman technology can quickly detect all kinds of chemical substances, support the composition analysis of mixtures, and have more than 8,000 kinds of database substances.
Cloud detection architecture: The device has powerful cloud computing analysis capabilities. A variety of detection functions and cloud architecture have greatly enriched the use of equipment, which is a qualitative leap compared to existing detection equipment.
