Artificial influence weather detection operating integrated system

Abstract

The invention discloses an artificial influence weather detection operating integrated system which comprises a command control center, unmanned aerial vehicle subsystems, ground station subsystems and a specialist aid decision making subsystem. The ground station subsystems are arranged to correspond to the unmanned aerial vehicle subsystems one to one. The command control center determines the estimation location of a cloud layer with rainfall possibly occurring according to remote sensing meteorological data; according to flight paths determined by the ground station subsystems according to operating areas provided by the command control center, the unmanned aerial vehicle subsystems fly to the operating areas, and transmit short-distance detection data to the ground station subsystems; according to aid decision making information provided by the specialist aid decision making subsystem, the ground station subsystems control the unmanned aerial vehicle subsystems to fly to the optimal rain stimulating location of the cloud layer and to light silver iodide flame bars. The unmanned aerial vehicle subsystems and manned machines are used for forming effective matching and supplements, the unmanned aerial vehicle subsystems are used for carrying out catalysis operations on the really dangerous areas where the manned machines work, and the input-output ratio is obviously improved.

Description

technical field [0001] The invention belongs to the technical field of artificial weather modification operations, and in particular relates to a comprehensive system for artificial weather modification detection operations. Background technique [0002] There are many ways to artificially modify the weather. Traditional catalytic methods include artificially burning silver iodide on the ground, using atmospheric updrafts for catalysis, launching rockets to release silver iodide catalysts for catalysis, and implementing silver iodide flame rod combustion and spreading catalysis by manned machines. These methods all have certain problems: for example, burning silver iodide flame rods on the ground has problems of low efficiency and low accuracy; rockets have problems such as limited accuracy and certain risks; there are also bad weather when using manned aircraft as a carrier to urge rain. Flying hazards under certain conditions, etc. In recent years, with the rapid developm...

AI Technical Summary

Problems solved by technology

These methods all have certain problems: for example, burning silver iodide flame rods on the ground has problems of low efficiency and low accuracy; rockets have problems such as limited accuracy and certain risks; there are also bad weather when using manned aircraft as a carrier to urge rain. flight hazards under the conditions

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