Floating vehicle technology-based nuclear radiation monitoring method and system

Abstract

The invention discloses a floating vehicle technology-based nuclear radiation monitoring method and system. The method comprises the following steps: vehicle driving data of a floating vehicle is collected via a vehicle-mounted terminal and sent to a data service center; the vehicle driving data comprises position information, time information and a nuclear radiation dosage; the data service center is used for dividing a preset nuclear radiation monitoring area into a plurality of subareas, a subarea corresponding to the vehicle driving data is obtained via matching operation according to the position information in the vehicle driving data, and the vehicle driving data is stored in a regional vehicle driving data set of the corresponding subarea; the vehicle driving data in the regional vehicle driving data set of the subarea is obtained, and regional monitoring data of the subarea can be obtained via analysis operation according to the time information and the nuclear radiation dosage. According to the floating vehicle technology-based nuclear radiation monitoring method and system, floating vehicle technologies are applied to nuclear radiation monitoring operation; the nuclear radiation monitoring method and system are characterized by high reliability, wide coverage area, low cost and the like; monitoring efficiency can be greatly improved.

Description

technical field [0001] The invention relates to the technical field of nuclear radiation monitoring, in particular to a nuclear radiation monitoring method based on floating vehicle technology and a system thereof. Background technique [0002] At present, in the environment where human beings live, there is radiation in places such as air, food, building materials, and nuclear power plants. Environmental radiation includes cosmic radiation, radiation of natural nuclides in the atmosphere, crust and water, and radiation of radionuclides produced by human activities and released into the environment. Excessive radiation exposure can cause temporary or permanent damage to the human body. Nuclear radiation detection is to use detection equipment to detect its radioactive content to determine whether it is harmful to the human body or the environment. [0003] Nowadays, all countries in the world are beginning to pay attention to the supervision of nuclear energy-related field...

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Problems solved by technology

[0003] Nowadays, all countries in the world are beginning to pay attention to the supervision of nuclear energy-related fields. After nuclear pollution and nuclear leakage accidents, when people are in such an environment or using such objects, it is generally difficult to find their surroundings without the help of instruments. There is a risk of radioactive nuclear pollution. Most of the nuclear radiation detectors on the market now mainly have functions such as radiation intensity and dose display. They are expensive, bulky, inconvenient to carry, low in popularity, and unable to accurately Early warning of nuclear pollution and nuclear leakage accidents in nuclear radiation areas

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