With the discharge of Japanese nuclear wastewater in the next 17 days, the impact on the seas of Southeast Asia will face a huge threat🌍
🔬 Discover Peace of Mind with the GC-01 Nuclear Radiation Detector! 🔬
Nuclear Radiation Dose Hazards at a Glance. The Harm of Different Dose to the Human Body
1. Marine ecosystems: Radioactive substances in nuclear sewage may have adverse effects on marine ecosystems. These substances may enter the biological chain in the ocean and have an impact on the health of marine organisms and ecosystems.
2. Aquatic products: If nuclear sewage is discharged into the ocean, it may affect fisheries and aquatic products in Southeast Asia. This may lead to contamination of aquatic products with radioactive substances, posing a potential threat to local fisheries and food safety.
3. Tourism and Economic Impact: Several countries in the Southeast Asia region depend on tourism and seafood exports. The discharge of nuclear sewage may cause tourists to worry about tourism activities and the circulation of seafood in the area, negatively affecting the local economy.
Radiation Dosimeter with LCD Display, Portable Handheld Beta Gamma X-ray Rechargeable Radiation Monitor Meter, 5 Dosage Units Switched
Feacture:
【Nuclear Radiation Detector】 GC-01 Geiger counter nuclear radiation detector with built-in GM sensor, fast response
time and high accuracy, able to detect Gamma, Beta and X-rays.
【Smart Alarm】Three alarm modes are designed with sound/light/vibration alarm when dose rate and accumulated dose
exceed the threshold, and dose rate and accumulated dose threshold can be set manually.
【Multifunctional Geiger Counter】Configured with LCD color screen with multi-functional monitoring page, real-time display of
current dose rate real-time value, cumulative measurement value, cumulative stored dose rate, maximum value, average value, start
date, cumulative time.
【 Materials 】Made of high quality material, silicone covered design, anti-slip and anti-drop, wear-resistant, comfortable to hold.
【Working Principle】 GC-01 uses a Geiger-Miller counter.Counter for detecting the intensity of ionizing radiation
(Beta particles, Gamma rays and x-rays).Use a gas tube or a small chamber as a probe.When the voltage applied to the probe
reaches a certain range.Each time the ray is ionized in the tube to produce a pair of ions, it can be amplified to produce an electric
pulse of the same size.And recorded by the connected electronic device.The number of rays per unit time thus measured.
【Application Areas】Widely applied in the environment where existing ionize radiation. Such as home improvement radiation,
geological survey, iron, Inspection vehicles, nuclear power plants, industry, radiology, radiology laboratories and so on
Specification.
Name：Nuclear radiation detector
Material: ABS + silicone
Display: LCD
Battery: 1 x built-in 1200mAh rechargeable lithium battery (included)
Sensor: Geiger-Muller coupling tube
Radiation detection: X-rays, γ-rays and β-rays
Radiation dose rate range: 0.01μSv / h-1000μSv / h (up to 10mSv / h)
Object size: 120*78*27mm/4.72*3.07*1.06in
Package includes.
1 x Nuclear Radiation Detector
1 x Cable
1 x Manual
- 1.【Nuclear Radiation Detector】 GC-01 Geiger counter nuclear radiation detector with built-in GM sensor, fast response time and high accuracy, able to detect Gamma, Beta and X-rays.
- 2.【Smart Alarm】Three alarm modes are designed with sound/light/vibration alarm when dose rate and accumulated dose exceed the threshold, and dose rate and accumulated dose threshold can be set manually.
- 3.【Multifunctional Geiger Counter】Configured with LCD color screen with multi-functional monitoring page, real-time display of current dose rate real-time value, cumulative measurement value, cumulative stored dose rate, maximum value, average value, start date, cumulative time.
- 4.【 Materials 】Made of high quality material, silicone covered design, anti-slip and anti-drop, wear-resistant, comfortable to hold.
- 5.【Working Principle】 GC-01 uses a Geiger-Miller counter.Counter for detecting the intensity of ionizing radiation (Beta particles, Gamma rays and x-rays).Use a gas tube or a small chamber as a probe.When the voltage applied to the probe reaches a certain range.Each time the ray is ionized in the tube to produce a pair of ions, it can be amplified to produce an electric pulse of the same size.And recorded by the connected electronic device.The number of rays per unit time thus measured.